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4.2.1 Measurement job characteristics
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4.2.1.1 Measurement Function
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Every measurement job collects measurement data from selected measurement types across one or more network resources of the same type. The selected measurement types shall be identical throughout all network resources observed by a measurement job. For each network resource, the related measurement types have been grouped in one or more measurement functions. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 34 (GSM 12.04 version 7.0.0 Release 1998) Measurement functions, are modelled by various "measurementFunction" object classes (see annex C). The measurement types for the PLMN performance measurement system are defined in annex B, and their result values are included as attributes in the appropriate "measurementFunction" object class. In case the measurement type is a counter, the attribute represents the counter value as is. In all other cases, the attribute delivers a calculated value (e.g. a mean), over the observed period. The "measurementFunction" objects are contained in the objects that represent the network resource to which the measurement types included in the "measurementFunction" refer. All measurement types that relate only to a network resource alone are grouped into one "measurementFunction" class which is unique for that network resource. Measurement types that are related to the network resource and the same type(s) of adjacent resource(s) (e.g. Handover neighbour cell) are also grouped into one unique type of measurement function which may exist once or more per instance or per set of that adjacent resource(s). The instances of the adjacent resources that are to be addressed by the measurement function are identified by the values of attributes which are part of that specific "measurementFunction" object class definition. Measurement types that belong together are grouped together in the same package (e.g. "immediateAssignmentProcedurePackage" has attributes "attemptedImmediateAssignmentProcedures" and "successfullImmediateAssignmentProcedures" - for details refer to annex C). Since all measurement types defined in annex B may or may not be supported by the system, all packages of a "measurementFunction" which contain measurement attributes are conditional. A "measurementFunction" needs to be created before a "simpleScanner" can scan its attributes, i.e. before actual measurements can be taken. The create request from the OS shall specify the values of attributes that identify adjacent resources (like Handover neighbour cell), if any, but it may not specify any measurement attributes of the "measurementFunction" object. Upon creation of a "measurementFunction" object, the system will determine the measurement packages that are included in the object according to the measurement types the system supports. If multiple instances of the same "measurementFunction" object class are created, the packages included in the various instances may be different from instance to instance since the system may have restrictions on how many measurement packages of the same type it supports. The OS can inquire the measurement types supported by a "measurementFunction" object from the system, by reading the "packages" attribute or the attribute list of the object (see CCITT Recommendation X.721 [14]). Unlike the former operation, the latter, however, will also return values of the measurement attributes which are not expected to be meaningful at this time (see below). Deletion of the "measurementFunction" will render the measurement types that correspond to the "measurementFunction" attributes unavailable to the OS. Creation and deletion of a "measurementFunction" will be notified to the OS using the object creation and deletion notifications as defined in CCITT Recommendation X.730 [15]. Each measurement job may collect data from one or more measurement types across one or more network resources, i.e. a "simpleScanner" object may make a choice of one or more "measurementFunction" instances and scan the same set of attributes across all selected measurement functions. For this purpose, it can scope the set of measurement functions that are eligible for inclusion in the observation, and it may select measurement functions using filtering criteria (similar to the concept of scoping and filtering as described in CCITT Recommendation X.710 [13]). Alternatively, it can use an explicit list of "measurementFunction" objects for scanning. The "simpleScanner" does not explicitly identify the network resource(s) it measures. Instead, this information is derived from the containment relationship between the selected "measurementFunction" instances and the objects that model the network resources, and, where necessary, through specific attributes of the "measurementFunction" objects that identify adjacent resources. In principle, a "simpleScanner" is able to scan attributes of any defined "measurementFunction", but for the purpose of the present document, each "simpleScanner" instance is only required to scan attributes of "measurementFunction" objects that are contained in the same "xxxFunction" object as the "simpleScanner" itself, where "xxx" stands for "bss", "msc", "hlr", "vlr", "eir" or "smsc", respectively (see figure C.1). All measurement attributes of any "measurementFunction" should only be read by a "simpleScanner" that has been instantiated for this purpose. By definition they can be read directly by systems management protocol, but their values are not expected to have any meaning apart from the scan. Therefore, the system will not return the "attribute list" in the create reply, and the "attributeList" will also not be included in the object creation notification.
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4.2.1.2 Measurement schedule
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The measurement schedule specifies the time frame during which the measurement job will be active. The schedule consist of a measurement start- and stoptime and one or more recording intervals which may repeat on a daily or weekly basis. The semantics of the scheduling parameters are described in subclause 3.2.1.2. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 35 (GSM 12.04 version 7.0.0 Release 1998) All of the above parameters are formally defined as attributes of conditional packages of the "simpleScanner" managed object class. The starttime and stoptime are included in the "duration" package and indicate, if the package is present, the specific point in time at which the "simpleScanner" will become active or inactive, respectively. If the "simpleScanner" is instantiated after the specified starttime, this will have the same effect as if no starttime was specified (see subclause 3.2.1.2). The optional recording intervals, if specified, further restrict the time during which the "simpleScanner" actively collects measurement data within the time frame determined by the duration package. The "dailyScheduling" package may be used to define one or more intervals during each day. Alternatively, the "weeklyScheduling" package can be used to define individual intervals for each day of the week. The recording interval should be a multiple of the granularity period (if non-zero) and the start- and endtimes shall be aligned with granularity period boundaries for the system to accept the values. It is possible to create several "simpleScanner" objects which scan the same attributes of the same "measurementFunction" instances according to different recording intervals. In this case it is, however, required that these intervals do not overlap. Consequently, if it is required to measure the same measurement type with overlapping schedules, it is necessary to have an appropriate number of instances of the same "measurementFunction" available which all support the required attributes (see subclause 4.2.1.1). For the definition of the syntactical and additional behavioural aspects of the above parameters, refer to CCITT Recommendation X.721 [14] and CCITT Recommendation X.738 [19].
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4.2.1.3 Granularity period
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The granularity period defines the periodicity of the generation of results by a measurement job within the timeframe specified in the scheduling attributes. The granularity period of a measurement job is determined by the value of the "granularityPeriod" attribute of the "simpleScanner". The present document requires, as a minimum, the support of granularity periods of 5, 15, 30 and 60 minutes. The value of this attribute shall specify the required value in minutes. The underlying International Standards allow the modification of the "granularityPeriod" attribute, but for an implementation claiming conformance to the present document, it is not required that its value be changeable during the lifetime of the "simpleScanner" object. If this value is 60, measurement results will be generated every full hour. If the value is 30, results will be generated every 0 and 30 minutes past the full hour. If the value is 15, result output will occur every 0, 15, 30 and 45 minutes past the full hour, and finally, if the value is 5, the "simpleScanner" will generate output every 5 minutes, synchronised on the full hour. Again, measurement results are only reported at the end of each granularity period within the recording interval. Due to these definitions, synchronisation of granularity periods through the conditional "periodSynchronisationPackage" of the "simpleScanner" is not supported in the scope of the present document. If periodical generation of results is not required from a "simpleScanner" instance, this can be achieved by specifying the value 0 for the "granularityPeriod" attribute. In this case, it will only be possible to request current measurement results from the "simpleScanner" (see below).
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4.2.1.4 Scan reports
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At the end of each granularity period within the measurement schedule, the "simpleScanner" will emit a "scanReport" notification, defined in CCITT Recommendation X.738 [19], which contains the measurement results generated by the scanner at the end of that granularity period. The information in the notification shall comprise: - the managed object class and managed object instance of the "simpleScanner" that emitted the notification, plus the notification type (i.e. "scan report"), - a time stamp that indicates the time at which the measurement results were taken, i.e. the end time of the respective granularity period, - for each "measurementFunction" object from which measurements were taken by the scanner, a list of measurement attribute values and optional attribute identifiers, plus a suspect flag for each attribute that indicates the validity of the result value. Missing data is indicated in the list. The time stamp that indicates the time offset forward from scan initiation until the value of the measurement attribute was actually taken is not supported in the PLMN measurement system, - for an incomplete scan the reason why the scan could not be completed. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 36 (GSM 12.04 version 7.0.0 Release 1998) The definition of the "scanReport" notification in CCITT Recommendation X.738 [19] provides some flexibility with respect to the actual layout of the report. In the PLMN performance measurement system, the following options can be selected: - suppressing the reporting of the identification of the "measurementFunction" object from which the measurements reported in the notification were collected. This is only useful when the identification of the "measuremntFunction" can be determined by other means, or if the identification is not required by the OS (e.g. when the statistics are to be calculated). - omitting the attribute identifiers from the report. In this case, the attribute values are reported in an agreed order, which is defined by an attribute of the "simpleScanner". - measurement values that are identical throughout all "mesurementFunction" instances from which the scanner takes measurements may be included in the report only once. CCITT Recommendation X.738 [19] defines in detail the attributes of the "simpleScanner" which are used to control the above features. Additional options of CCITT Recommendation X.738 [19] which are not listed here are not supported in the PLMN performance measurement system (see conformance requirements in subclause 4.4).
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4.2.2 Scanner state and status attributes
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State and status indicators are defined for the measurement job in subclause 3.2.2 of the present document. These are modelled through appropriate attributes which reflect the state and status of the "simpleScanner" object. These attributes are: administrativeState, operationalState and availabilityStatus. administrativeState: the administrativeState attribute is used to suspend and resume the scanning performed by the "simpleScanner". This attribute can be altered by means of CMISE M-SET service or SNMP SET operation for the applicable "simpleScanner" object instance. operationalState: The operationalState attribute represents the operational capability of the scanner to perform it's functions. availabilityStatus: The availabilityStatus attribute reflects whether or not the simpleScanner object instance is active according to the measurement schedule. Any changes to the values of the administrativeState and the operationalState attributes will be reported to the OS using the "stateChange" notification, as defined in CCITT Recommendation X.731 [16]. Further details about these attributes can be found in CCITT Recommendation X.738 [19].
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4.2.3 Scanner administration
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The generic CMISE services M-CREATE, M-DELETE, M-GET and M-SET or SNMP SET and GET, applied to a simpleScanner managed object instance respectively represent creation, deletion, display and modification of a measurement job. A CMISE M-ACTION primitive or SNMP SET with a specific action type for activating a scan report is defined for the retrieval of the current values of measurement results. Creating a "simpleScanner": A "simpleScanner" can be created by issuing an appropriate M-CREATE request or SNMP SET request. On creation of the object, all attribute values have to be supplied that determine: - the selection of "measurementFunction" instances and their attributes which shall be measured; - the schedule of the "simpleScanner"; and - the reporting requirements as defined in previous subclauses. The "measurementFunction" objects shall be created before the scanner can be instantiated, and the measurement attributes specified in the scanner shall be present in the selected "measurementFunction" instances, for the scan to return its results. For each object that does not exist, an empty report shall be returned and for each attribute that does not exist, an empty value shall be returned within the report. The relationship between the scan attributes and the scanner is explained in CCITT Recommendation X.738 [19]. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 37 (GSM 12.04 version 7.0.0 Release 1998) Modifying "simpleScanner" attributes: Modification of "simpleScanner" attributes may be requested by the OS during the lifetime of a scanner, using the CMISE M-SET or SNMP SET operation. The conditions for modification of attributes of the "simpleScanner" are specified in CCITT Recommendation X.738 [19] and CCITT Recommendation X.738 [19], but some additional restrictions, defined in the present document with respect to the changeability of "simpleScanner" attributes, apply in the PLMN performance measurement system. Displaying scanner objects: The system operator can get a list of all "simpleScanner" objects that currently exist in the system, together with all available information as stored in the NE. This information consists of the data that was supplied on creation/modification of the objects and the values of the state and status attributes of the "simpleScanner" objects. The CMISE M-GET or SNMP GET operation can be used to selectively retrieve the required information from the system. For details see CCITT Recommendation X.710 [13]. Deleting a "simpleScanner": A "simpleScanner" instance is automatically deleted by the system when the scheduled endtime is reached and all result reports, either scheduled or on request have been generated. A "simpleScanner" object can also be deleted by manual intervention, utilising the CMISE M-DELETE or SNMP SET operation, at any time. When deleted, the measurement process associated with the scanner is stopped, and all allocated resources are released. Suspending/resuming scanner operation: On normal operation, the "simpleScanner" collects measurement data from the selected "measurementFunction" objects according to the values of the "simpleScanner" attributes. However, the system operator may decide for some reason to discard temporarily the collection of measurement data (e.g. in case of system overload or congestion, measurement results not used, ...). The system operator therefore is able to suspend scanner operation at any time, setting the administrativeState attribute to "locked". This implies that the "simpleScanner" instance remains in the system, but no measurement gathering and result reporting activities are performed for this scanner. When scanner operation is resumed, i.e. the administrativeState is "unlocked", measurement data collection and result reporting is started again at the next full granularity period within the measurement schedule. Requesting current measurement result values: The system operator may for some reason be interested in the current values of the measurement results of a particular measurement process, independently of the scheduled data collection and reporting of the respective scanner, e.g. for tracing the increment of some of the measurement attributes. To this aim, the "activateScanReport" CMISE M-ACTION or SNMP GET is used as defined in CCITT Recommendation X.738 [19]. The action reply will return current results according to the attributes of the scanner that govern the generation of the "scanReport" notification, i.e. the format of the reply is identical to that of scheduled reports generated by the scanner. Any such request does not affect the underlying measurement process, and may only be issued when the scanner is operating according to its schedule and not suspended (i.e. "offduty" not present in the availability status , administrative state equals "unlocked"), otherwise an error will be returned.
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4.3 Modelling of measurement results
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Each measurement produces a result at the end of the granularity period or on request of the OS. Annex B provides for each measurement type a description of the expected measurement result. Annex C contains the formal definition of the attribute that represents the measurement type.
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4.3.1 Characteristics of the result report
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A scheduled result report is generated in the form of a "scanReport" notification. Current measurement results requested by the OS using the "activateScanReport" action will be supplied by the system in the reply to the request. All measurement attributes that are observed by a "simpleScanner" object are included in a single report or action reply, respectively. The layout of the two result reports - notification or action reply - is identical, as far as the contained measurement information is concerned. For details on the result report characteristics, please refer to the previous subclauses.
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4.3.2 Result report transfer control
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Result reports from a "simpleScanner" object are either produced according to the measurement schedule (notification) or on receipt of an explicit request (action) from the OS. There are no mechanisms to control the forwarding of the reply to that request (action reply), or to store it in the NE. There are, however, functions to determine the forwarding, local storage in the NE and deferred retrieval of the "scanReport" notification. These functions are described in the following paragraphs. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 38 (GSM 12.04 version 7.0.0 Release 1998) The forwarding of notifications can be controlled by the OS via "Event Forwarding Discriminator" (EFD) objects, as defined in CCITT Recommendation X.734 [17]. For each EFD, the OS can specify a discriminator construct which will be applied as a filter to any event report generated in the system. If an event report passes the filter, a notification will be forwarded to the OS accordingly. The following filter criteria are allowed in an EFD for the PLMN performance measurement system: - the event type, which allows to enable or disable completely the forwarding of scan report notifications; - the "simpleScanner" managed object instance, which allows to restrict forwarding of result reports to those that are generated by specific scanner instances; - the time stamp contained in the scan report ("scanInitiationTime"), which allows to selectively enable the forwarding of result reports that were generated at a specific time or during specific periods of time; - any operation on the above attributes in any combination. Measurement result reports can be stored in the NE. This property is modelled through the managed object class "log", as specified in CCITT Recommendation X.721 [14] and "log control function" as specified in CCITT Recommendation X.735 [18]. The storage of event reports in the "log" can be controlled through a discriminator construct, similar to the event forwarding control. The present document requires for the "log" discriminator construct the same criteria as for the EFD discriminator construct. All scan report notifications that pass the discriminator construct of the "log" will create a "scanReportRecord" object which is contained in the log. These records can be retrieved by the OS at any time, as defined in CCITT Recommendation X.735 [18] and CCITT Recommendation X.710 [13], using either CMISE, SNMP, FTP or using FTAM (see annex D). The use of FTAM or FTP services is especially suitable for bulk data transfer. From the common procedures defined in GSM TS 12.00 [8] for data transfer in a PLMN, only the method that provides logged information into file(s) can be used for the measurement system. The "resultType" requested in the action will identify the appropriate log instance(s) as the source of the measurement data, and optionally additional filter criteria which determines the actual records to be put into the file(s) can be supplied. The filter criteria that shall be supported are identical to those defined for the discriminator construct of the logs. On receipt of the action, the requested records will be put into one or more files, which will then be made available to the OS. The format of the records in the file shall be according to the definition of the "scanReportRecord" as given in CCITT Recommendation X.738 [19]. Since all measurement attributes and the identification of the network resource observed by a "simpleScanner" are included in a single attribute of the result reports, it is not possible to filter on the measured resource or the measurement type. If the selective forwarding/logging/retrieval of measurement results referring to individual network resources or individual measurement types is required by the system operator, then "simpleScanner" objects shall be instantiated such that the scanner identity will implicitly identify the measured resource and measurement types, i.e. the scanner attributes should be set such that the scanner observes only the specific resources and/or the specific measurement attributes which shall be filtered, according to the system operator's requirements.
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4.4 Conformance requirements
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In the following subclause, conformance requirements for object classes, notifications and actions defined in CCITT Recommendation X.738 [19] are specified. In cases where requirements in the present document restrict options of CCITT Recommendation X.738 [19], like e.g. changeability of attribute values, the conditions of the present document shall apply.
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4.4.1 Simple scanner
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The following subclause lists the attributes and packages of the "simpleScanner", as defined in CCITT Recommendation X.738 [19], and those inherited from the "scanner" as defined in CCITT Recommendation X.738 [19]. It specifies which properties shall be supported to conform with the present document. MANDATORY PACKAGES: scannerPackage scannerId: this attribute identifies a "simpleScanner" instance. It is a mandatory attribute of the "simpleScanner" managed object class and will be supported in the PLMN measurement system. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 39 (GSM 12.04 version 7.0.0 Release 1998) granularityPeriod: this attribute specifies the granularity period of the scanner, as defined in subclause 4.2.1.3. It is a mandatory attribute of the "simpleScanner" managed object class and will be supported in the PLMN measurement system. administrativeState and operationalState: (see subclause 4.2.2) are mandatory attributes of the "simpleScanner" managed object class and will be supported in the PLMN measurement system. Their semantics are defined in CCITT Recommendation X.738 [19]. homogeneousScannerPackage scanAttributeIdList: this attribute is interrelated with the "numericAttributeIdArray" attribute of the "simpleScannerPackage". It is supported in the PLMN measurement system according to the definitions of subclause 4.2.1.4 and CCITT Recommendation X.738 [19]. simpleScannerPackage numericAtributeIdArray: this attribute is interrelated with the "scanAttributeIdList" attribute of the "homogeneousScannerPackage". It is supported in the PLMN measurement system according to the definitions of subclause 4.2.1.4 and CCITT Recommendation X.738 [19]. suppressObjectInstance: this attribute determines whether or not the object instance of the observed measurement function is included in the measurement results. It is supported in the PLMN measurement system according to the definitions of subclause 4.2.1.4 and CCITT Recommendation X.738 [19]. activateScanReport: this action is supported in the PLMN measurement system (see below). scanReport: this notification is supported in the PLMN measurement system (see below). CONDITIONAL PACKAGES: availabilityStatusPackage availabilityStatus: this attribute is supported in the PLMN measurement system (see subclause 4.2.2) according to the definition of CCITT Recommendation X.738 [19]. duration startTime and stopTime: these attributes constitute the start- and stoptime of the scanner. They are supported according to subclause 4.2.1.2 and CCITT Recommendation X.738 [19]. dailyScheduling intervalsOfDay: this attribute defines the periods within a day during which the scanner actively collects measurement data. It is supported according to subclause 4.2.1.2 and CCITT Recommendation X.738 [19]. weeklyScheduling weekMask: this attribute defines, for each day of the week, the periods during which the scanner actively collects measurement data. It is supported according to subclause 4.2.1.2 and CCITT Recommendation X.738 [19]. externalScheduler The support of this package is not required in the PLMN measurement system. periodSynchronisationPackage The support of this package is not required in the PLMN measurement system. Synchronisation of granularity periods is described in subclause 4.2.1.3. createDeleteNotificationsPackage This package contains the object creation and object deletion notifications. Both are required in the PLMN measurement system. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 40 (GSM 12.04 version 7.0.0 Release 1998) attributeValueChangeNotificationPackage This package contains the attribute value change notification. It is required in the PLMN measurement system. stateChangeNotificationPackage This package contains the state change notification. It is required in the PLMN measurement system. timeStampReportPackage timeStampReportMode: this attribute specifies the time stamping requirements for the measurement results. The value "1" ("globalTimeStampOnly") shall be used. scopedSelectionPackage and managedObjectInstanceSelectionPackage Either one of these packages is present in any scanner instance. The attributes contained in the packages determine the measurement functions selected for observation by the scanner. They are supported according to the definitions of CCITT Recommendation X.738 [19]. timingSelectionPackage The support of this package is not applicable in the PLMN measurement system, since the observed "measurementFunction" managed objects do not contain any time attributes. onceReportAttributeIdListPackage onceReportAttributeIdList: this attribute contains a list of attribute identifiers. The values of these attributes shall be included in a result report only once if they are identical throughout all "measurementFunction" objects observed by the "simpleScanner". It may be supported in the PLMN measurement system as an option, see CCITT Recommendation X.738 [19].
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4.4.2 Scan report record
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The "scanReportRecord" managed object class will be supported in the PLMN measurement system as defined in CCITT Recommendation X.738 [19] and CCITT Recommendation X.721 [14].
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4.4.3 Scan report notification
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The "scanReport" notification will be supported in the PLMN measurement system as defined in subclause 4.2.1.4 and CCITT Recommendation X.738 [19].
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4.4.4 Activate scan report action
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In the scope of the present document, there are no specific conformance requirements for the action request. The action reply will be supported according to the requirements for the scan report notification.
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4.5 Application Context
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The Application Context Name of the 12.04 application context shall have the following object identifier value: {gsm-OM-DomainId gsm-12-04 (4) protocolSupport (1) applicationContext (0) gsm-Management (0)} and the following object description value: "gsm12.04 management application context" The object identifier gsm-OM-DomainId is defined in the GSM 12.30 (ETR 128) [11]. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 41 (GSM 12.04 version 7.0.0 Release 1998)
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5 Future Enhancements
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The simple scanner can scan an attribute, but is unable to perform any calculations on it. This means that the simple scanner is unable to apply any algorithm on any attribute to derive a master value, e.g. a calculation of the mean value. Therefore, within the present document, an approach has been chosen where the attribute itself represents a mean value, derived from system internal sampling procedures, if generation of a mean value is desired. As a result, the values of such attributes are only meaningful at the time of scanning, so that the scanner and the measurement process that generates the attribute value shall be synchronised. How this synchronisation and the generation of processed attributes is achieved is a matter of internal implementation. The situation described above will also prohibit that a single attribute be observed by more than one scanner if the reporting periods of the scanners overlap and contain different granularity periods. If it is required to have multiple scanners generating results for the same measurement type simultaneously, it is necessary to create multiple instances of the same "measurementFunction" that includes the attribute which corresponds to the required measurement type. In practical terms, this means that a measurement has to be implemented more than once in a NE if this feature is supported. In order to circumvene this problem, a change has been proposed to ISO 10165-13 to incorporate a new scanner object class which will be based on simple counter-type measurements only and allow to attach any desired algorithm in order to process the attribute values and report the result of that processing, e.g. evaluating the mean over the observed values. Pending future extensions of the international standard, this may eventually lead to associated changes to the present document (subject of Phase 2+). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 42 (GSM 12.04 version 7.0.0 Release 1998) Annex A (informative): Graphical examples This annex gives some graphical examples to demonstrate how the measurements in annex B, can be combined to express a specific function. EXAMPLE 1: Authentication and Authentication Set requests. This diagram shows which measurements in the annex B need to be activated to collect the statistical information for Authentication of a subscriber. HLR VLR MSC BSC 2 5 1 4 3 6 12 11 10 9 8 7 PVLR EXAMPLE 1: Authentication and Authentication Set requests Nbr. Measurement Attribute Name Measurement Name 1 attReqForAuthSetsReceivedByHLRFromVLRs Attempted requests for Authentication sets received by HLR from VLRs 2 succReturnedAuthSetsFromHLRToVLRs Successful returned Authentication sets from HLR to VLRs 3 emptyResponsesForAuthSetsFromHLRToVLRs Empty responses to request for Authentication sets from HLR to VLRs 4 attReqForAuthSetsSentToHLR Attempted requests for Authentication sets sent to HLR by the VLRs 5 succReceivedAuthSetsFromHLR Successful received Authentication sets from the HLR to the VLRs 6 emptyResponsesForAuthFromHLR Empty responses to request for Authentication sets from HLR to VLRs 7 attIdentificationReqToPVLRs Attempted identification requests to PVLRs 8 succIdentificationReqToPVLRs Successful identification requests to PVLRs 9 attCipheringModeControlProcs Attempted ciphering mode controlled procedures 10 succCipheringModeControlProcs Successful ciphering mode controlled procedures 11 attAuthProcsInVLR Attempted authentication procedures in the VLR 12 succAuthProcsInVLR Successful authentication procedures in the VLR EXAMPLE 2: Interrogation of HLR for routing. This diagram shows which measurements in the annex B need to be activated to collect the statistical information for Routing. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 43 (GSM 12.04 version 7.0.0 Release 1998) HLR VLR MSC 3 1 4 5 2 Example 2: Interrogation of HLR for routing Nbr. Measurement Attribute Name Measurement Name 1 attInterrogationOfHLRsForRouting Attempted interrogations of HLRs for routing 2 attReqForMSRN Attempted request for MSRN 3 succReqForMSRN Successful request for MSRN 4 succInterrogationOfHLRsMSRNObtained Successful interrogations of HLR (MSRN obtained) 5 succInterrogationOfHLRsCallForwarding Successful interrogations of HLR (call forwarding) EXAMPLE 3: Location Updating. This diagram shows which measurements in the annex B need to be activated to collect the statistical information for Location Updating. HLR VLR MSC 5 6 1 2 3 4 EXAMPLE 3: Location Updating Nbr. Measurement Attribute Name Measurement Name 1 attIntraVLRLocationUpdates Attempted intra-VLR location updates 2 succIntraVLRLocationUpdates Successful intra-VLR location updates 3 attInterVLRLocationUpdates Attempted inter-VLR location updates 4 succInterVLRLocationUpdates Successful inter-VLR location updates 5 attLocationUpdate Attempted location updates 6 succLocationUpdate Successful location updates ETSI ETSI TS 100 615 V7.0.0 (2000-02) 44 (GSM 12.04 version 7.0.0 Release 1998) Annex B (normative): Performance Measurement Requirements Summary Following is the template used to describe the measurements contained in this annex. A. Description A short explanation of the measurement operation. B. Collection Method The form in which this measurement data is obtained: - CC (Cumulative Counter); - GAUGE (dynamic variable), used when data being measured can vary up or down during the period of measurement; - DER (Discrete Event Registration), when data related to a particular event are captured every nth event is registered, where n can be 1 or larger; - SI (Status Inspection). C. Condition The GSM condition which causes this measurement data to be updated. Where it is not possible to give a precise GSM condition, then the conditional circumstances leading to the update is stated. D. Measurement Attribute Name The Measurement Attribute Name which will be referenced by the Object Model. E. Measurement Result (measured value, Unit) A short description of expected result value (e.g. A single integer value). F. Measurement Function Name Measurement Function Name for which this measurement is defined. G. Switching Technology The Switching product this Measurement is applicable to. Circuit Switched and / or Packet Switched ( GPRS ). When packet switching (GPRS) is identified for an MSC measurement function, this measurement type is related to a combined circuit/packet switched event. B.1 Measurements Related To The BSC B.1.1 BSC Measurement Function B.1.1.1 Unsuccessful requests for service A. This measurement provides the number of unsuccessful mobile originated services for the BSC. Note, the "reject cause" indicates why the service request was rejected. Possible causes include, B-Subscriber busy, network out of order, protocol errors. B. CC. C. Transmission of "CM-SERVICE REJECT" Message to MS requesting service (GSM 04.08 [2]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 45 (GSM 12.04 version 7.0.0 Release 1998) D. unsuccReqsForService. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.2 Unsuccessful requests for service, per cause A. This measurement provides the number of unsuccessful mobile originated services for the BSC per cause. Note, the "reject cause" indicates why the service request was rejected. Possible causes include, B-Subscriber busy, network out of order, protocol errors. B. CC. C. Transmission of "CM-SERVICE REJECT" Message to MS requesting service (GSM 04.08 [2]). D. unsuccReqsForServicePerCause. E. An integer value per cause. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.3 Mean Inter-arrival Time ( Circuit Switched ) A. This measurement provides the arithmetic mean of the sum of time intervals between consecutive mobile originating call attempts. B. CC. C. This measurement is obtained by accumulating the time segments between receipt of consecutive access Message on the RACH with establishment cause "MOBILE ORIGINATING CALL" and then taking the arithmetic mean (GSM 04.08 [2]). D. meanInterArrivalTime E. A single real value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.4 Attempted Transmission of Paging Messages, per BSC A. This measurement provides the number of Paging messages transmitted, on a per BSC basis (these are counted as attempts). B. CC. C. Transmission of "PAGING REQUEST" (GSM 04.08 [2]). D. attTransOfPagingMessagesPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit and packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 46 (GSM 12.04 version 7.0.0 Release 1998) B.1.1.5 Unsuccessful Transmission of Paging Messages, per BSC A. This measurement provides the number of unsuccessful Paging requests, on a per BSC basis. B. CC. C. No "PAGING RESPONSE" received for the "PAGING REQUEST", expiry of timer T3113 (GSM 04.08 [2]). D. unsuccTransOfPagingMessagesPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit and packet switching. B.1.1.6 Attempted IMMEDIATE ASSIGNMENT Procedures, per BSC A. This measurement provides the number of attempted immediate assignment procedures, on a per BSC basis. B. CC. C. Receipt of "CHANNEL REQUEST" Message. Note, the establishment causes are: "EMERGENCY CALL", "CALL RE-ESTABLISHMENT", "ANSWER TO PAGING", "ORIGINATING CALL" , "LOCATION UPDATING", "ONE PHASE PACKET ACCESS", "SINGLE BLOCK PACKET ACCESS" and "OTHER PROCEDURES" as defined in (GSM 04.08 [2]). D. attImmediateAssingProcsPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit and packet switching. B.1.1.7 Successful IMMEDIATE ASSIGNMENT Procedures, per BSC A. This measurement provides the number of successful immediate assignment procedures, on a per BSC basis. B. CC. C. Transmission of "IMMEDIATE ASSIGN COMMAND" Message. This Message contains either an "IMMEDIATE ASSIGNMENT" Message or an "IMMEDIATE ASSIGNMENT EXTENDED" Message. If an "IMMEDIATE ASSIGNMENT EXTENDED" Message is transmitted, the counter shall be incremented by two, because that Message contains assignment information for two mobiles (GSM 04.08 [2]). D. succImmediateAssingProcsPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit and packet switching. B.1.1.8 Successful Internal Handovers, intra-CELL, per BSC A. This measurement provides the number of times a call moves from the occupied channel of the CELL to another free channel of the same CELL, on a per BSC basis. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 47 (GSM 12.04 version 7.0.0 Release 1998) D. succInternalHDOsIntraCellPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.9 Unsuccessful Internal Handovers, intra-CELL, per BSC A. This measurement provides the number of unsuccessful intra CELL Handovers, i.e. an attempt was made to move a call .from the occupied channel of the CELL to another free channel of the same CELL, on a per BSC basis. B. CC. C. Receipt of "ASSIGNMENT FAILURE" Message for the attempted handover (GSM 04.08 [2]). D. unsuccInternalHDOsIntraCellPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.10 Successful Internal Handovers per BSC A. This measurement provides the number of successful Handovers on a per BSC basis, it includes intra-CELL as well as inter-CELL Handovers. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succInternalHDOsPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.11 Successful Internal Handovers per cause A. This measurement provides the number of successful Handovers per cause, it includes intra-CELL as well as inter-CELL Handovers. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succInternalHDOsPerCause. E. An integer value per Handover cause. F. BSC Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 48 (GSM 12.04 version 7.0.0 Release 1998) B.1.1.12 Unsuccessful Internal Handovers with reconnection to old channels, per BSC A. This measurement provides the number of unsuccessful Handovers, on a per BSC basis (with reconnection to the original channels). B. CC. C. Receipt of "HANDOVER FAILURE" Message for the attempted handover (GSM 04.08 [2]). D. unsuccInternalHDOsWithReconnectionPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.13 Unsuccessful Internal Handovers with loss of connection, per BSC A. This measurement provides the number of unsuccessful Handovers that end in loosing the call, on a per BSC basis. B. CC. C. Expiry of timer T3103 for Inter CELL Handovers and Expiry of timer T3107 for Intra CELL Handovers (GSM 04.08 [2]). D. unsuccInternalHDOsWithLossOfConnectionPerBSC. E. A single integer value. F. BSC Measurement Function. G. Valid for circuit switching. B.1.1.14 Flush Requests Received A. This measurement provides the total number of flush request messages received from the SGSN to flush the PDUs for a given cell. B. CC. C. Update count for each receipt of a PDU flush request message from the SGSN. D. flushReqReceived. E. A single integer value. F. BSC Measurement Function. G. Valid for packet switching. B.1.1.15 Paging Requests Received from SGSN A. This measurement provides the total number of "PAGING" messages received by the BSS from the SGSN. B. CC. C. Update count for each receipt of a "PAGING" message by the BSS from the SGSN. D. pagingReqReceivedfromSGSN. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 49 (GSM 12.04 version 7.0.0 Release 1998) E. A single integer value. F. BSC Measurement Function. G. Valid for packet switching. B.1.1.16 Mean Inter-arrival Time ( Packet Switched ) A. This measurement provides the arithmetic mean of the sum of time intervals between consecutive mobile originating packet channel access request . B. CC. C. This measurement is obtained by accumulating the time segments between receipt of consecutive 'PACKET CHANNEL REQUEST' message with the establishment cause being either one phase packet access or single block packet access, on the PRACH and then taking the arithmetic mean GSM 04.60 [23]. D. meanPSInterArrivalTime E. A single real value. F. BSC Measurement Function. G. Valid for packet switching. B.2 Measurements related to the BTS B.2.1 CELL Measurement Function B.2.1.1 Mean PCH-AGCH queue length A. This measurement provides the arithmetic mean of the number of all messages waiting for transmission on the PCH-AGCH. Note: this is valid for circuit only when a PCCCH is provided. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the PCH-AGCH queue length and then taking the arithmetic mean (GSM 04.08 [2]). D. meanPCHAGCHQueueLength. E. A single real value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.2 Attempted Transmission of Paging Messages (the PCH) A. This measurement provides the number of Paging messages transmitted (these are counted as attempts). Note: this is valid for circuit only when a PCCCH is provided. B. CC. C. Transmission of "PAGING REQUEST" (GSM 04.08 [2]). D. attTransOfPagingMessagesThePCH. E. A single integer value. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 50 (GSM 12.04 version 7.0.0 Release 1998) F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.3 Unsuccessful Transmission of Paging Messages (the PCH) A. This measurement provides the number of unsuccessful Paging requests . B. CC. C. No "PAGING RESPONSE" received for the "PAGING REQUEST", expiry of timer T3113 (GSM 04.08 [2]). Note: this is valid for circuit only when a PCCCH is provided. D. unsuccTransOfPagingMessagesThePCH. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.4 Attempted IMMEDIATE ASSIGNMENT Procedures A. This measurement provides the number of attempted immediate assignment procedures. B. CC. C. Receipt of "CHANNEL REQUIRED" Message. Note, the establishment causes are: "EMERGENCY CALL", "CALL RE-ESTABLISHMENT", "ANSWER TO PAGING", "ORIGINATING CALL" , "LOCATION UPDATING", "ONE PHASE PACKET ACCESS", "SINGLE BLOCK PACKET ACCESS" and and "OTHER PROCEDURES" as defined in (GSM 04.08 [2]). D. attImmediateAssingProcs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.5 Successful IMMEDIATE ASSIGNMENT Procedures A. This measurement provides the number of successful immediate assignment procedures. B. CC. C. Transmission of "IMMEDIATE ASSIGN COMMAND" Message. This message contains either an "IMMEDIATE ASSIGNMENT" Message or an "IMMEDIATE ASSIGNMENT EXTENDED" Message. If an "IMMEDIATE ASSIGNMENT EXTENDED" Message is transmitted, the counter shall be incremented by two, because that Message contains assignment information for two mobiles (GSM 04.08 [2]). D. succImmediateAssingProcs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.6 Attempted IMMEDIATE ASSIGNMENT Procedures, per cause A. This measurement provides the number of attempted immediate assignment procedures, per cause. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 51 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Receipt of "CHANNEL REQUIRED" Message. Note, the establishment causes are: "EMERGENCY CALL", "CALL RE-ESTABLISHMENT", "ANSWER TO PAGING", "ORIGINATING CALL" , "LOCATION UPDATING" and "OTHER PROCEDURES" as defined in (GSM 04.08 [2]). NOTE: System implementation will allow the establishments causes of PS *** Att IMM ASS Poc can be incorporated in this measurement. F. attImmediateAssingProcsPerCause. G. An integer value per cause. H. CELL Measurement Function. I. Valid for circuit and packet switching. B.2.1.7 Successful IMMEDIATE ASSIGNMENT Procedures, per cause A. This measurement provides the number of successful immediate assignment procedures, per cause. B. CC. C. Transmission of "IMMEDIATE ASSIGN COMMAND" Message. This Message contains either an "IMMEDIATE ASSIGNMENT" Message or an "IMMEDIATE ASSIGNMENT EXTENDED" Message, per cause. Note, the establishment causes are: "EMERGENCY CALL", "CALL RE-ESTABLISHMENT", "ANSWER TO PAGING", "ORIGINATING CALL" , "LOCATION UPDATING" and "OTHER PROCEDURES". The "IMMEDIATE ASSIGNMENT EXTENDED" Message contains assignment information for two mobiles (GSM 04.08 [2]). If the establishment cause is identical for the the two mobile stations, the counter shall be incremented by two. Otherwise the affected counters shall be incremented by one. NOTE: System implementation will allow the establishments causes of PS *** Att IMM ASS Poc can be incorporated in this measurement. D. succImmediateAssingProcsPerCause. E. An integer value per cause. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.8 Number of Pages Discarded from the PCH Queue A. This measurement provides the number of Paging messages which are discarded from the PCH queue before they could be transmitted . B. CC. C. Pages can be discarded from the queues (assuming queuing is in operation) for a number of reasons, including queue overflow, priority insertion in the queue causing an overflow and in-queue timer expiry (GSM 04.08 [2]). Note: this is valid for circuit only when a PCCCH is provided. D. nbrOfPagesDiscardedFromPCHQueue. E. An integer value for the paging queue in the CELL. F. CELL Measurement Function. G. Valid for circuit and packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 52 (GSM 12.04 version 7.0.0 Release 1998) B.2.1.9 Mean duration of a successful Paging Procedure A. This measurement provides the arithmetic mean duration of a successful Paging procedure, i.e. from transmission of the page request towards the MS and receipt of a positive response. B. CC. C. An accumulation is performed for the time taken by each Paging procedure during the granularity period and an arithmetic mean is taken from the observed values. The measured time will be between Transmission of a "PAGING REQUEST" service request to Receipt of "PAGING RESPONSE" service confirmation (GSM 04.08 [2]). D. meanDurationOfSuccPagingProcs. E. A single real value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.10 Number of Time Slots Available for Traffic ( Prevoiusly TCHs) A. This measurement provides the number of TS which are available for use by either CS or PS traffic(including those which are actually in use). B. GAUGE. C. The gauge will be incremented when the TS becomes available and decremented when it becomes unavailable. The TS is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of TS with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled", (GSM 04.08 [2]). D. nbrOfAvailableTCHs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.11 Mean number of busy Time Slots Occupied by Circuit Traffic A. This measurement provides the arithmetic mean number of TS which are simultaneously in use for CS traffic (TCHs). B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of TS which are carrying circuit traffic (TCHs) and then taking the arithmetic mean (GSM 04.08 [2]). D. meanNbrOfBusyTCHs. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 53 (GSM 12.04 version 7.0.0 Release 1998) B.2.1.12 Maximum number of busy Time Slots Occupied by Circuit Traffic A. This measurement provides the highest recorded value for the number of TS simultaneously in use for Circuit switched traffic. B. GAUGE. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of TSs which are "busy", and then taking the maximum of all such values at the end of the granularity period. A TS is busy between an "ASSIGNMENT COMPLETE" Message and the complementary "RELEASE" Message, (GSM 04.08 [2]). D. maxNbrOfBusyTCHs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.13 Mean number of idle Time Slots per interference band ( Previously TCHs) A. This measurement provides the arithmetic mean of the number of idle TS per interference band. The TS is said to be idle if it can be allocated for a request. Idle TS are allocated in five classes (GSM 05.01) depending on the measured interference level. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of idle TS per interference band and then taking the arithmetic mean (GSM 04.08 [2]). D. meanNbrOfIdleTCHsPerInterferenceBand. E. A real value per interference band. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.14 Attempted Time Slots seizures (Previously TCHs) A. This measurement provides the number of attempted TS seizures. B. CC. C. Transmission of "ASSIGNMENT COMMAND" Message to the MS, (GSM 04.08 [2]). D. attTCHSeizures. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.15 Successful TCH/PDTCH seizures ( Previously TCHs) A. This measurement provides the number of successful TCH/PDTCH seizures. B. CC. C. Receipt of "ASSIGNMENT COMPLETE" Message from the MS, (GSM 04.08 [2]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 54 (GSM 12.04 version 7.0.0 Release 1998) D. succTCHSeizures. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit and packet switching. B.2.1.16 Attempted TCH Seizures meeting an TCH blocked state A. This measurement provides the number of attempted TCH seizures meeting all busy TCH state. B. CC. C. Receipt of "SETUP" Message from the MS meeting all TCH busy state (GSM 04.08 [2]). D. attTCHSeizuresMeetingTCHBlockedState. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.17 All Available TCH Allocated Time A. This measurement provides the accumulated time during the granularity period when all available Time slots available for CS traffic were in use or otherwise unavailable to be allocated. B. CC. C. Each time segment represents the elapsed time from the last available TS being allocated to the next occurrence of a release of a TCH, so making it available for allocation. The allocation event can be for any reason e.g. new call, Handover and is represented by an "ASSIGNMENT COMPLETE" Message. These time segments are accumulated to give a single total (GSM 04.08 [2]). D. allAvailableTCHAllocatedTime. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.18 Mean busy time of allocated CS Time Slots A. This measurement provides the arithmetic mean of the busy time of the maximum number of Time slots allocated for CS TCHs in a CELL,. B. SI. C. This measurement is obtained by accumulating each Timeslots busy time. A TS is considered busy when it carries one or more TCHs, i.e. between an "ASSIGNMENT COMPLETE" Message and the complementary "RELEASE" Message for those TCHs. All values are added up and divided by the number of TS (maximum allocated for circuit on this Cell) at the end of the granularity period to obtain the arithmetic mean. (Further information can be found in GSM 04.08 [2]). D. meanTCHBusyTime. E. A single real value F. CELL Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 55 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.2.1.19 Mean TCH queue length A. This measurement provides the arithmetic mean of the number of queued TCH assignment procedures. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the TCH queue length and then taking the arithmetic mean (GSM 04.08 [2]). D. meanTCHQueueLength. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.20 Number of lost Radio links while using a TCH A. This measurement provides the number of calls terminated due to RF failure on the radio path. B. CC. C. A local end release due to a "RADIO LINK FAILURE" experienced by the BTS when using a TCH (GSM 05.08 [4]). D. nbrOfLostRadioLinksTCH. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.21 Number of Available SDCCHs A. This measurement provides the number of SDCCHs which are available to be used (including those actually in use). B. GAUGE. C. The gauge will be incremented when the SDCCH becomes available and decremented when it becomes unavailable. The SDCCH is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of SDCCHs with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled", (GSM 04.08 [2]). D. nbrOfAvailableSDCCHs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.22 Mean number of busy SDCCHs A. This measurement provides the arithmetic mean of the number of SDCCHs which are simultaneously in use. B. SI. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 56 (GSM 12.04 version 7.0.0 Release 1998) C. This measurement is obtained by sampling at a pre-defined interval (System designed), the SDCCHs which are busy and then taking the arithmetic mean (GSM 04.08 [2]). D. meanNbrOfBusySDCCHs. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.23 Maximum number of busy SDCCHs A. This measurement provides the highest recorded value for the number of SDCCHs simultaneously in use. B. GAUGE. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of SDCCHs which are "busy", and then taking the maximum of all such values at the end of the granularity period, (GSM 04.08 [2]). D. maxNbrOfBusySDCCHs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.24 Attempted SDCCH Seizures meeting an SDCCH blocked state A. This measurement provides the number of attempted SDCCH seizures meeting all busy SDCCH state. B. CC. C. Receipt of "CHANNEL REQUEST" Message from the MS sent on the RACH meeting all SDCCH busy state (GSM 04.08 [2]). D. attSDCCHSeizuresMeetingSDCCHBlockedState. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.25 All Available SDCCH Allocated Time A. This measurement provides the accumulated time during the granularity period when all available SDCCHs are in use or otherwise unavailable to be allocated. B. CC. C. Each time segment represents the elapsed time from the last available SDCCH being allocated to the next occurrence of a release of a SDCCH, so making it available for allocation. The allocation event can be for any reason e.g. new call, Handover, and is represented by a SABM Message. These time segments are accumulated to give a single total (GSM 04.08 [2]). D. allAvailableSDCCHAllocatedTime. E. A single real value. F. CELL Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 57 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.2.1.26 Mean SDCCH queue length A. This measurement provides the arithmetic mean of the number of all messages waiting for transmission on the SDCCH. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the SDCCH queue length and then taking the arithmetic mean (GSM 04.08 [2]). D. meanSDCCHQueueLength. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.27 Number of lost Radio links while using an SDCCH A. This measurement provides the number of RF failure while using the SDCCH. B. CC. C. A local end release, due to a "RADIO LINK FAILURE", experienced by the BTS when using an SDCCH (GSM 08.58 [6]). D. nbrOfLostRadioLinksSDCCH. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.28 Relative time downlink power control at maximum A. This measurement provides the time downlink power control was running at maximum level for the busy TCHs over the measured period, relative to the total TCH busy time. B. CC. C. Each time segment represents the elapsed time when BS_TXPWR_MAX is at maximum for each busy TCH. These time segments are accumulated to give a single total. From this information a value is derived such that it reflects a percentage of the total channel busy time, (GSM 05.08 [4]). D. relativeTimeDLPowerControlAtMax. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.29 Relative time uplink power control at maximum A. This measurement provides the time uplink power control was running at maximum level for the seized TCHs over the measured period, relative to the total TCH busy time. B. CC. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 58 (GSM 12.04 version 7.0.0 Release 1998) C. Each time segment represents the elapsed time when MS_TXPWR_MAX is at maximum for each busy TCH. These time segments are accumulated to give a single total. From this information a value is derived such that it reflects a percentage of the total channel busy time, (GSM 05.08 [4]). D. relativeTimeULPowerControlAtMax. E. A single real value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.30 Successful Internal Handovers, intra-CELL A. This measurement provides the number of times a call moves from the occupied channel of the CELL to another free channel of the same CELL. B. CC. C. Transmission of "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succInternalHDOsIntraCell. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.31 Unsuccessful Internal Handovers, intra-CELL A. This measurement provides the number of unsuccessful intra CELL Handovers, i.e. an attempt was made to move a call .from the occupied channel of the CELL to another free channel of the same CELL. B. CC. C. Receipt of "ASSIGNMENT FAILURE" Message for the attempted handover (GSM 04.08 [2]). D. unsuccInternalHDOsIntraCell. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.32 Attempted incoming Internal inter CELL Handovers A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the related adjacent CELLs controlled by the same BSC, further information can be found in GSM 04.08 [2], 08.08 [5] and 08.58 [6]. B. CC. C. An occurrence of a BSC internal event, depending on Handover algorithm. D. attIncomingInternalInterCellHDOs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 59 (GSM 12.04 version 7.0.0 Release 1998) B.2.1.33 Successful incoming Internal inter CELL Handovers A. This measurement provides the number of successful incoming Handovers into the observed CELL from the related adjacent CELLs controlled by the same BSC. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succIncomingInternalInterCellHDOs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.34 Attempted outgoing Internal inter CELL Handovers A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the related adjacent CELLs controlled by the same BSC. B. CC. C. Transmission of a "HANDOVER COMMAND" Message (GSM 08.08 [5]). D. attOutgoingInternalInterCellHDOs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.35 Successful outgoing Internal inter CELL Handovers A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the related adjacent CELLs controlled by the same BSC. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succOutgoingInternalInterCellHDOs. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.36 Unsuccessful Internal Handovers with reconnection to old channels A. This measurement provides the number of unsuccessful Handovers (with reconnection to the original channels), for the observed CELL. B. CC. C. Receipt of "HANDOVER FAILURE" Message received for the attempted handover (GSM 04.08 [2]). D. unsuccHDOsWithReconnection. E. A single integer value. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 60 (GSM 12.04 version 7.0.0 Release 1998) F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.37 Unsuccessful Internal Handovers with loss of connection A. This measurement provides the number of unsuccessful Handovers that end in loosing the speech channel, for the observed CELL. B. CC. C. Expiry of timer T3103 for Inter CELL Handovers and Expiry of timer T3107 for Intra CELL Handovers (GSM 04.08 [2]). D. unsuccHDOsWithLossOfConnection. E. A single integer value. F. CELL Measurement Function. G. Valid for circuit switching. B.2.1.38 Number of Available PDCH A. This measurement provides the current number of PDCHs which are available to be used (including those actually in use). B. GAUGE. C. The gauge will be incremented when the PDCH becomes available and decremented when it becomes unavailable. The PDCH is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of PDCHs with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled". D. availablePDCH E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.39 Mean Number of Available PDCH A. This measurement provides the mean number of PDCHs which are available to be used (including those actually in use) over the measured period. B. GAUGE. C. The gauge will be incremented when the PDCH becomes available and decremented when it becomes unavailable. The PDCH is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of PDCHs with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled". D. meanNbrAvailablePDCH E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 61 (GSM 12.04 version 7.0.0 Release 1998) B.2.1.40 Maximum Number of Available PDCH A. This measurement provides the maximum number of PDCHs which are available to be used (including those actually in use) over the measured period. B. GAUGE. C. The gauge will be incremented when the PDCH becomes available and decremented when it becomes unavailable. The PDCH is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of PDCHs with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled". D. maxNbrAvailablePDCH E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.41 Minimum Number of Available PDCH A. This measurement provides the minimum number of PDCHs which are available to be used (including those actually in use) over the measured period. B. GAUGE. C. The gauge will be incremented when the PDCH becomes available and decremented when it becomes unavailable. The PDCH is available when its administrative state is "unlocked" or "shuttingdown" and the operational state is "enabled", and is unavailable when its administrative state changes to "locked" or operational state changes to "disabled". The gauge value equals the number of PDCHs with an administrative state of "unlocked" or "shuttingdown" and an operational state of "enabled". D. minNbrAvailablePDCH E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.42 Mean number of occupied PDCHs A. This measurement provides the arithmetic mean number of occupied PDCHs. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of PDCHs which are carrying packet traffic and then taking the arithmetic mean (GSM 04.60 [23]). D. meanNbrOfOccPDCHs. E. A single real value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.43 Maximum number of occupied PDCHs A. This measurement provides the highest recorded value for the number occupied by PDCHs.. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 62 (GSM 12.04 version 7.0.0 Release 1998) B. GAUGE. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the maximum number of PDCHs which are carrying packet traffic. (GSM 04.60 [23]). D. maxNbrOfOccPDCHss. E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.44 Minimum number of occupied PDCHs A. This measurement provides the lowest recorded value for the number of occupied PDCHs. B. GAUGE. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the maximum number of PDCHs which are carrying packet traffic. (GSM 04.60 [23]). C. minNbrOfOccPDCHss. D. A single integer value E. CELL Measurement Function. G. Valid for packet switching. B.2.1.45 All available PDCH allocated time A. This measurement gives the total amount of time in the granularity period, where all PDCHs were allocated. B. SI C. This time is computed with starting time when the last PDCH is assigned and the end time when a PDCH is first released. D. availablePDCHAllocatedTime E. A single integer value. F. CELL Measurement Function G. Valid for packet switching. B.2.1.46 Transmission of Packet Paging Messages on the PCCCH A. This measurement provides the number of Packet Paging messages transmitted over PCCCH(these are counted as attempts). B. CC. C. Transmission of "PACKET PAGING REQUEST" (GSM 04.60 [23]). D. nbrPacketPagingMessagesPCHOnPCCCH. E. A single integer value. F. CELL Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 63 (GSM 12.04 version 7.0.0 Release 1998) B.2.1.47 Mean PPCH-PAGCH queue length on PCCCH A. This measurement provides the arithmetic mean of the number of all messages waiting for transmission on the PPCH-PAGCH sub channel on the PCCCH. B. SI. C. This measurement is obtained by sampling at a pre-defined interval (System designed), the PPCH-PAGCH queue length and then taking the arithmetic mean (GSM 04.60 [23]). D. meanPPCHPAGCHQueueLengthOnPCCCH. E. A single real value. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.48 Number of Packet Pages Discarded from the PPCH Queue on PCCCH A. This measurement provides the number of Packet Paging messages which are discarded from the PPCH queue before they could be transmitted on PCCCH. B. CC. C. Pages can be discarded from the queues (assuming queuing is in operation) for a number of reasons, including queue overflow, priority insertion in the queue causing an overflow and in-queue timer expiry (GSM 04.60 [23]). D. nbrOfPSPagesDiscardedFromPPCHQueueOnPCCCH. E. An integer value for the paging queue in the CELL. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.49 Number of Packet Channel Assignment Requests, per cause A. This measurement provides the number of packet channel assignment requests, per cause. B. CC. C. Receipt of "PACKET CHANNEL REQUEST" message sent from the MS on the PRACH or by the "CHANNEL REQUEST" message sent on the RACH.. Note, the establishment causes are: defined in (GSM 04.08 [2]) for channel request message and (GSM 04.60[ ] for the packet channel request message. D. attPCReqAssPerCause. E. An integer value per cause. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.50 Successful Packet Channel Assignment Procedures, per cause A. This measurement provides the number of successful packet channel assignment procedures, per cause. Note: A packet channel assignment is considered successful when either the "PACKET UPLINK ASSIGNMENT" message or the "IMMEDIATE ASSIGNMENT COMMAND" message is sent. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 64 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Transmission of "IMMEDIATE ASSIGN COMMAND" message on the AGCH or the "PACKET UPLINK ASSIGNMENT" message on the PAGCH. Note, If the message contains assignment information for two mobiles (GSM 04.60 [23]). If the establishment cause is identical for the two mobile stations, the counter shall be incremented by two. Otherwise the affected counters shall be incremented by one. NOTE: System implementation will allow these establishment causes to be incorporated into B 2.1.7. D. succPDTCHAssProcsPerCause. E. An integer value per cause. F. CELL Measurement Function. G. Valid for packet switching. B.2.1.51 Successful PDTCH seizures A. This measurement provides the number of successful PDTCH seizures. B. CC. C. Receipt of the first RLC Block (PDU) on the PDTCH from the MS, (GSM 04.60 [23]). D. succPDTCHSeizures. E. A single integer value. F. CELL Measurement Function. G. Valid for Packet switching. B.2.1.52 Mean PDTCH queue length A. This measurement provides the arithmetic mean of the number of all messages waiting for transmission on the PDTCH. B. CC C. This measurement is obtained by sampling at a predefined interval (System design), , the PDTCH queue length and then taking the arithmetic mean. D. meanPacketQueueLength E. A single real value F. CELL Measurement function G. Valid for packet switching B.2.1.53 Number of service upgrades/downgrades A. With service upgrade and downgrade it is meant a switch from the used coding scheme (CS1, CS2, ...) to another one. This measurement counts the number of these upgrades / downgrades per cell. B. CC C. The Trigger Event is a Service upgrade or downgrade for the observed object. D. nbrOfServiceChanges E. A single integer value for Upgrades and a single integer value for downgrades ETSI ETSI TS 100 615 V7.0.0 (2000-02) 65 (GSM 12.04 version 7.0.0 Release 1998) F. CELL Measurement function G. Valid for packet switching B.2.2 Internal HDO Measurement Function This measurement function allows Internal Handover information per observed CELL to be collected on a per adjacent originating or target CELL basis. This is achieved by specifying the adjacent originating or target CELL identity as parameter when initiating the Measurement Function. B.2.2.1 Attempted incoming Internal inter CELL Handovers per originating CELL A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the specified adjacent originating CELL, controlled by this BSC, further information can be found in GSM 04.08 [2], 08.08 [5] and 08.58 [6]. B. CC. C. An occurrence of a BSC internal event, depending on Handover algorithm. D. attIncomingInternalInterCellHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. Internal HDO Measurement Function. G. Valid for circuit switching. B.2.2.2 Successful incoming Internal inter CELL Handovers per originating CELL A. This measurement provides the number of successful incoming Handovers into the observed CELL from the specified adjacent originating CELL controlled by this BSC. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succIncomingInternalInterCellHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. Internal HDO Measurement Function. G. Valid for circuit switching. B.2.2.3 Attempted outgoing Internal inter CELL Handovers per target CELL A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the specified adjacent target CELL controlled by this BSC. B. CC. C. Transmission of a "HANDOVER COMMAND" Message (GSM 04.08 [2]). D. attOutgoingInternalInterCellHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. Internal HDO Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 66 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.2.2.4 Successful outgoing Internal inter CELL Handovers per target CELL A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the specified adjacent target CELL controlled by this BSC. B. CC. C. Transmission of a "HANDOVER PERFORMED" Message to the MSC (GSM 08.08 [5]). D. succOutgoingInternalInterCellHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. Internal HDO Measurement Function. G. Valid for circuit switching. B.3 Measurements Related to the MSC B.3.1 MSC Measurement Function B.3.1.1 Number of class mark updates A. This measurement provides the number of classmark updates received from the BSS at the MSC. B. CC. C. Receipt of "CLASSMARK UPDATE" Message (GSM 08.08 [5]). D. nbrOfClassMarkUpdates. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.2 Attempted mobile originating calls A. This measurement provides the number of call attempts for mobile originating traffic. B. CC. C. Receipt of "CM_SERV_REQ" Message from the originating MS, with service type set to originating call establishment (GSM 04.08 [2]). D. attMobileOriginatingCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.3 Successful mobile originating calls A. This measurement provides the number of successful calls for mobile originating traffic. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 67 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Receipt of "ASSIGNMENT COMPLETE" Message from the originating MS, for the requested mobile originating call (GSM 08.08 [5]). Note, the "ALERTING" Message from GSM 04.08 [2] is not used as the implementation of it is optional. D. succMobileOriginatingCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.4 Answered mobile originating calls A. This measurement provides the number of answered calls for mobile originating traffic. B. CC. C. Receipt of "CONNECT ACKNOWLEDGE" Message from the originating MS, for the requested mobile originating call (GSM 04.08 [2]). D. ansMobileOriginatingCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.5 Attempted mobile terminating calls A. This measurement provides the number of call attempts for mobile terminating traffic. B. CC. C. Transmission of "SETUP" Message to the called MS, for the requested mobile terminating call (GSM 04.08 [2]). D. attMobileTerminatingCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.6 Successful mobile terminating calls A. This measurement provides the number of successful calls for mobile terminating traffic. B. CC. C. Receipt of "ASSIGNMENT COMPLETE" Message from the called MS, for the requested mobile terminating call (GSM 08.08 [5]). Note, the "ALERTING" Message from GSM 04.08 [2] is not used as the implementation of it is optional. D. succMobileTerminatingCalls. E. A single integer value. F. MSC Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 68 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.3.1.7 Answered mobile terminating calls A. This measurement provides the number of answered calls for mobile terminating traffic. B. CC. C. Transmission of "CONNECTION ACKNOWLEDGE" Message to the called MS, for the requested mobile terminating call (GSM 04.08 [2]). D. ansMobileTerminatingCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.8 Attempted Mobile Emergency calls A. This measurement provides the number of emergency call attempts. B. CC. C. Receipt of "CM_SERV_REQ" Message from the originating MS, with service indicator set to emergency call (GSM 04.08 [2]). D. attMobileEmergencyCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.9 Successful Mobile Emergency calls A. This measurement provides the number of successful emergency calls. B. CC. C. Receipt of "ASSIGNMENT COMPLETE" Message from the originating MS, for the requested emergency call (GSM 08.08 [5]). Note, the "ALERTING" Message from GSM 04.08 [2] is not used as the implementation of it is optional. D. succMobileEmergencyCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.10 Answered Mobile Emergency calls A. This measurement provides the number of answered emergency calls. B. CC. C. Receipt of "CONNECTION ACKNOWLEDGE" Message from the originating MS, for the requested emergency call (GSM 04.08 [2]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 69 (GSM 12.04 version 7.0.0 Release 1998) D. ansMobileEmergencyCalls. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.11 Attempted ciphering mode control procedures A. This measurement provides the number of ciphering mode control procedures transmitted (these are counted as attempts). B. CC. C. Transmission of "CIPHER MODE COMMAND" (GSM 08.08 [5]). D. attCipheringModeControlProcs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.12 Successful ciphering mode control procedures A. This measurement provides the number of successful ciphering mode control procedures. B. CC. C. Receipt of "CIPHER MODE COMPLETE" Message (GSM 08.08 [5]). D. succCipheringModeControlProcs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.13 Attempted interrogations of HLRs for routing A. This measurement provides the number of HLR interrogations by the GMSC with the purpose of routing incoming calls (these are counted as attempts). B. CC. C. Transmission of a "MAP_SEND_ROUTING_INFORMATION" service request (GSM 09.02 [7]). D. attInterrogationOfHLRsForRouting. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.14 Successful interrogations of HLR (MSRN obtained) A. This measurement provides the number of successful HLR interrogations, where MSRN is obtained. B. CC. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 70 (GSM 12.04 version 7.0.0 Release 1998) C. Receipt of "MAP_SEND_ROUTING_INFORMATION" service confirmation containing a "MSRN" parameter value (GSM 09.02 [7]). D. succInterrogationOfHLRsMSRNObtained. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.15 Successful interrogations of HLR (call Forwarding) A. This measurement provides the number of successful HLR interrogations, by the GMSC for call forwarding. B. CC. C. Receipt of "MAP_SEND_ROUTING_INFORMATION" service confirmation containing a "Forwarding Data" parameter value (GSM 09.02 [7]). D. succInterrogationOfHLRsCallForwarding. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.16 Attempted operations for mobile originating point to point SMs A. This measurement provides the number of operations for mobile originating point to point short messages (these are counted as attempts). B. CC. C. Receipt of "RP-DATA" Message (GSM 04.11 [3]). D. attOpForMobileOriginatingPointToPointSMs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.17 Successful operations for mobile originating point to point SMs A. This measurement provides the number of successful operations for mobile originating point to point short messages. B. CC. C. Transmission of "RP-ACK" Message (GSM 04.11 [3]). D. succOpForMobileOriginatingPointToPointSMs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 71 (GSM 12.04 version 7.0.0 Release 1998) B.3.1.18 Attempted operations for mobile terminating point to point SMs A. This measurement provides the number of operations for mobile terminating point to point short messages (these are counted as attempts). B. CC. C. Transmission of "RP-DATA" Message (GSM 04.11 [3]). D. attOpForMobileTerminatingPointToPointSMs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.19 Successful operations for mobile terminating point to point SMs A. This measurement provides the number of successful operations for mobile terminating point to point short messages. B. CC. C. Receipt of "RP-ACK" Message (GSM 04.11 [3]). D. succOpForMobileTerminatingPointToPointSMs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.20 Number of transmitted check IMEI request A. This measurement provides the number of check IMEI request sent from MSC to the EIR. B. CC. C. Transmission of "MAP_CHECK_IMEI" service request (GSM 09.02 [7]). D. nbrOfTransCheckIMEIRequests. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.21 Number of white answers in MSC A. This measurement provides the number of white answers received from the EIR. B. CC. C. Receipt of "MAP_CHECK_IMEI" service confirmation containing an "equipment status" referring to white listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfWhiteAnsInMSC. E. A single integer value. F. MSC Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 72 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.3.1.22 Number of grey answers in MSC A. This measurement provides the number of grey answers received from the EIR. B. CC. C. Receipt of "MAP_CHECK_IMEI" service confirmation containing an "equipment status" referring to grey listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfGreyAnsInMSC. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.23 Number of black answers in MSC A. This measurement provides the number of black answers received from the EIR. B. CC. C. Receipt of "MAP_CHECK_IMEI" service confirmation containing an "equipment status" referring to black listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfBlackAnsInMSC. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.24 Number of unknown IMEI answers A. This measurement provides the number of unknown IMEI answers received from the EIR. B. CC C. Receipt of "MAP_CHECK_IMEI" service confirmation with a parameter "user error" referring to unknown equipment (GSM 09.02 [7]). D. nbrOfUnknownIMEIAnsInMSC. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.25 Mean time to provide the CALL SETUP service A. This measurement provides the arithmetic mean of the time to provide the CALL SETUP service to a requesting MS. B. DER. C. This measurement is obtained by accumulating the time intervals between "SETUP" and the corresponding "ASSIGNMENT COMPLETE" messages over a granularity period using DER. This end value of the time will ETSI ETSI TS 100 615 V7.0.0 (2000-02) 73 (GSM 12.04 version 7.0.0 Release 1998) then be divided by the number of call set-ups observed in the granularity period to give the arithmetic mean (GSM 04.08 [2], GSM 08.08 [5]). D. meanTimeToCallSetupService. E. A single real value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.26 Mean time to provide the LOCATION UPDATING service A. This measurement provides the arithmetic mean of the time to provide the LOCATION UPDATING service to an MS changing Location area. B. DER. C. This measurement is obtained by accumulating the time interval between "LOCATION UPDATING REQUEST" and the corresponding "LOCATION UPDATING ACCEPT" Message over a granularity period using DER. This end value of the time will then be divided by number of Location Updating requests observed in the granularity period to give the arithmetic mean (GSM 04.08 [2]). D. meanTimeToLocationUpdateService. E. A single real value. F. MSC Measurement Function. G. Valid for circuit and packet switching. B.3.1.27 Transactions on the MM-layer where subscriber was identified with TMSI A. This measurement provides the number of transactions on the MM-layer where the mobile subscriber was identified with his TMSI. B. CC. C. Any MM-layer transaction which causes the MS to be identified with his TMSI (GSM 04.08 [2]) i.e. CM_Re- establishment, CM_Service request, Identity response, IMSI detach indication, Location updating accept, Location updating request, TMSI re-allocation command. D. transSubIdentifiedWithTMSI. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.28 Transactions on the MM-layer where subscriber was identified with IMSI A. This measurement provides the number of transactions on the MM-layer where the mobile subscriber was identified with his IMSI. B. CC. C. Any MM-layer transaction which causes the MS to be identified with his IMSI (GSM 04.08 [2]), i.e. CM_Re- establishment, CM_Service request, Identity response, IMSI detach indication, Location updating accept, Location updating request, TMSI re-allocation command. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 74 (GSM 12.04 version 7.0.0 Release 1998) D. transSubIdentifiedWithIMSI. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.29 Attempted TMSI re-allocations A. This measurement provides the number of TMSI re-allocation, invoked either explicitly as part of TMSI re- allocation procedure or implicitly as part of Location Update procedure. B. CC. C. Transmission of "TMSI REALLOCATION COMMAND" Message, or a "LOCATION UPDATING ACCEPT" Message where the MS is identified with TMSI (GSM 04.08 [2]). D. attTMSIReallocations. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.30 Successful TMSI re-allocations A. This measurement provides the number of successfully performed TMSI re-allocations. B. CC. C. Receipt of "TMSI REALLOCATION COMPLETE" Message (GSM 04.08 [2]). D. succTMSIReallocations. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.31 IMSI detach procedures A. This measurement provides the number of IMSI procedures that involve a detach within one MSC area, (see BSC Measurement Function for IMSI attach procedures) B. CC. C. Receipt of "IMSI DETACH INDICATION" Message from the MS (GSM 04.08 [2]). D. imsiDetachProcs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit and packet switching. B.3.1.32 IMSI attach procedures A. This measurement provides the number of IMSI procedures that involve an attach within one MSC area. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 75 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Receipt of "LOCATION UPDATING REQUEST" Message from the MS, indicating an IMSI attach, (GSM 04.08 [2]) (see MSC Measurement Function for IMSI detach procedures). D. imsiAttachProcs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching and packet switched. B.3.1.33 Attempted incoming External intra-MSC Handovers A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the related adjacent CELLs controlled by this MSC. B. CC. C. Transmission of a "HANDOVER REQUEST" Message to the BSC (GSM 08.08 [5]). D. attIncomingExternalIntraMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.34 Successful incoming External intra-MSC Handovers A. This measurement provides the number of successful incoming Handovers into the observed CELL from the related adjacent CELLs controlled by this MSC. B. CC. C. Receipt of a "HANDOVER COMPLETE" Message from the BSC (GSM 08.08 [5]). D. succIncomingExternalIntraMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.35 Attempted outgoing External intra-MSC Handovers A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the related adjacent CELLs controlled by this MSC (only first attempt shall be counted). B. CC. C. Receipt of a "HANDOVER REQUIRED" Message from the BSC (GSM 08.08 [5]). D. attOutgoingExternalIntraMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 76 (GSM 12.04 version 7.0.0 Release 1998) B.3.1.36 Successful outgoing External intra-MSC Handovers A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the related adjacent CELLs controlled by this MSC, further information can be found in GSM 04.08 [2], 08.08 [5], and 08.58 [6]. B. CC. C. Completion of release procedure for the involved channel. D. succOutgoingExternalIntraMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.37 Attempted incoming inter-MSC Handovers A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the related adjacent CELLs NOT controlled by this MSC. B. CC. C. Receipt of a "MAP_PERFORM_HANDOVER" service indication with target CELL identity equal to the observed CELL (GSM 09.02 [7]). D. attIncomingInterMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.38 Successful incoming inter-MSC Handovers A. This measurement provides the number of successful incoming Handovers into the observed CELL from the related adjacent CELLs NOT controlled by this MSC. B. CC. C. Receipt of a "MAP_SEND_END_SIGNAL" service confirmation (GSM 09.02 [7]). D. succIncomingInterMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.39 Attempted outgoing inter-MSC Handovers A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the related adjacent CELLs NOT controlled by this MSC. B. CC. C. Transmission of a "MAP_PERFORM_HANDOVER" service request (GSM 09.02 [7]). D. attOutgoingInterMSCHDOs. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 77 (GSM 12.04 version 7.0.0 Release 1998) E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.40 Successful outgoing inter-MSC Handovers A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the related adjacent CELLs NOT controlled by this MSC. B. CC. C. Transmission of "MAP_SEND_END_SIGNAL" service response (GSM 09.02 [7]). D. succOutgoingInterMSCHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.41 Attempted subsequent inter-MSC Handovers (back to MSCa) A. This measurement provides the number of attempted subsequent inter-MSC Handovers, where the call is handed back to the anchor MSC (MSCa), i.e. the first hand over takes place from MSCa to MSCb then subsequently an attempt is made to hand back to MSCa. B. CC. C. Receipt of "MAP_PERFORM_SUBSEQUENT_HANDOVER" service indication with target MSC identity equal to MSCa (GSM 09.02 [7]). D. attSubsequentInterMSCHDOsMSCa. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.42 Successful subsequent inter-MSC Handovers (back to MSCa) A. This measurement provides the number of successful subsequent inter-MSC Handovers, where the call is handed back to the anchor MSC (MSCa). i.e. the first hand over takes place from MSCa to MSCb then the call is subsequently successfully handed back to MSCa. B. CC. C. Transmission of "MAP_SEND_END_SIGNAL" service response (Handover to MSCa) (GSM 09.02 [7]). D. succSubsequentInterMSCHDOsMSCa. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 78 (GSM 12.04 version 7.0.0 Release 1998) B.3.1.43 Attempted subsequent inter-MSC Handovers (to MSCc) A. This measurement provides the number of attempted subsequent inter-MSC Handovers, where the call is handed over to MSCc, i.e. the first hand over takes place from MSCa to MSCb then subsequently an attempt is made to hand over to MSCc. B. CC. C. Receipt of "MAP_PERFORM_SUBSEQUENT_HANDOVER" service indication, with target MSC identity equal to MSCc (GSM 09.02 [7]). D. attSubsequentInterMSCHDOsMSCc. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.44 Successful subsequent inter-MSC Handovers (to MSCc) A. This measurement provides the number of successful subsequent inter-MSC Handovers, where the call is handed over to MSCc, i.e. the first hand over takes place from MSCa to MSCb then the call is subsequently successfully handed over to MSCc. B. CC. C. Transmission of "MAP_SEND_END_SIGNAL" service response (Handover to MSCc) (GSM 09.02 [7]). D. succSubsequentInterMSCHDOsMSCc. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.45 External Handovers A. This measurement provides the number of attempted MSC controlled Handovers. B. CC. C. Receipt of a "HANDOVER REQUIRED" Message (GSM 08.08 [5]). D. externalHDOs. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.46 External Handovers per cause A. This measurement provides the number of attempted MSC controlled Handovers, per cause. B. CC. C. Receipt of a "HANDOVER REQUIRED" Message (GSM 08.08 [5]). D. externalHDOsPerCause. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 79 (GSM 12.04 version 7.0.0 Release 1998) E. An integer value per cause. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.47 Unsuccessful External Handovers with reconnection to old channels, per MSC A. This measurement provides the number of unsuccessful Handovers with reconnection to the original channels (TCH & SDCCH), on a per MSC basis. B. CC. C. Receipt of: "HANDOVER FAILURE" Message for the attempted handover (GSM 08.08 [5]). D. unsuccExternHDOsWithReconnectionPerMSC. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.1.48 Unsuccessful External Handovers with loss of connection, per MSC A. This measurement provides the number of unsuccessful Handovers, with loss of the call, on a per MSC basis. B. CC. C. Receipt of "CLEAR REQUEST" Message for the requested Handover (GSM 08.08 [5]). D. unsuccExternHDOsWithLossOfConnectionPerMSC. E. A single integer value. F. MSC Measurement Function. G. Valid for circuit switching. B.3.2 External HDO Measurement Function This measurement function allows external Handover information per observed CELL to be collected on a per adjacent originating or target CELL basis. For the external Handovers both the observed CELL and the adjacent originating or target CELL identity has to be specified as the parameter when initiating the Measurement Function. B.3.2.1 Attempted incoming External intra-MSC Handovers per originating CELL A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the specified adjacent originating CELL, controlled by this MSC. B. CC. C. Transmission of a "HANDOVER REQUEST" Message to the BSC (GSM 08.08 [5]). D. attIncomingExternalIntraMSCHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. External HDO Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 80 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.3.2.2 Successful incoming External intra-MSC Handovers per originating CELL A. This measurement provides the number of successful incoming Handovers into the observed CELL from the specified adjacent originating CELL, controlled by this MSC. B. CC. C. Receipt of a "HANDOVER COMPLETE" Message from the BSC (GSM 08.08 [5]). D. succIncomingExternalIntraMSCHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.3 Attempted outgoing External intra-MSC Handovers per target CELL A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the specified adjacent target CELL, controlled by this MSC (only first attempt shall be counted). B. CC. C. Receipt of a "HANDOVER REQUIRED" Message from the BSC (GSM 08.08 [5]). D. attOutgoingExternalIntraMSCHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.4 Successful outgoing External intra-MSC Handovers per target CELL A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the specified adjacent target CELL, controlled by this MSC, further information can be found in GSM 04.08 [2], 08.08 [5], and 08.58 [6]. B. CC. C. Completion of release procedure for the involved channel. D. succOutgoingExternalIntraMSCHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.5 Attempted incoming inter-MSC Handovers per originating CELL A. This measurement provides the number of attempted incoming Handovers into the observed CELL from the specified adjacent originating CELL, NOT controlled by this MSC. B. CC. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 81 (GSM 12.04 version 7.0.0 Release 1998) C. Receipt of a "MAP_PERFORM_HANDOVER" service indication with target CELL identity equal to the observed CELL (GSM 09.02 [7]). D. attIncomingInterMSCHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.6 Successful incoming inter-MSC Handovers per originating CELL A. This measurement provides the number of successful incoming Handovers into the observed CELL from the specified adjacent originating CELL, NOT controlled by this MSC. B. CC. C. Receipt of a "MAP_SEND_END_SIGNAL" service confirmation (GSM 09.02 [7]). D. succIncomingInterMSCHDOsPerOriginatingCell. E. A single integer value for the observed CELL from the originating CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.7 Attempted outgoing inter-MSC Handovers per target CELL A. This measurement provides the number of attempted outgoing Handovers from the observed CELL to the specified adjacent target CELL, NOT controlled by this MSC. B. CC. C. Transmission of a "MAP_PERFORM_HANDOVER" service request (GSM 09.02 [7]). D. attOutgoingInterMSCHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. External HDO Measurement Function. G. Valid for circuit switching. B.3.2.8 Successful outgoing inter-MSC Handovers per target CELL A. This measurement provides the number of successful outgoing Handovers from the observed CELL to the specified adjacent target CELL, NOT controlled by this MSC. B. CC. C. Transmission of "MAP_SEND_END_SIGNAL" service response (GSM 09.02 [7]). D. succOutgoingInterMSCHDOsPerTargetCell. E. A single integer value for the observed CELL to the target CELL. F. External HDO Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 82 (GSM 12.04 version 7.0.0 Release 1998) B.4 Measurements Related to the HLR B.4.1 HLR Measurement Function B.4.1.1 Number of current MS's Roaming outside HPLMN A. This measurement provides the current number of home subscribers roaming outside HPLMN. B. GAUGE. C. The gauge is updated (increased or decreased) on receipt of a "MAP_UPDATE_LOCATION" service indication in the HLR(GSM 09.02 [7]). D. nbrOfCurrentMSsRoamingOutsideHPLMN. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.2 Attempted requests for Authentication sets received by HLR A. This measurement provides the number of requests for Authentication sets received by the HLR (these are counted as attempts). B. CC. C. Receipt of an "MAP_SEND_AUTHENTICATION_INFO" service indication requesting Authentication sets (parameter "AuthenticationSetKind" present GSM 09.02 [7]). D. attReqForAuthSetsReceivedByHLR. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.3 Successful returned Authentication sets from HLR A. This measurement provides the number of successful requests for Authentication sets from the HLR. B. CC. C. Transmission of an "MAP_SEND_AUTHENTICATION_INFO" service response containing Authentication sets (parameter "AuthenticationSetList" present GSM 09.02 [7]). D. succReturnedAuthSetsFromHLR. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.4 Empty responses to request for Authentication sets from HLR A. This measurement provides the number of empty responses sent in response to requests for Authentication sets (the implication is that the destination node will have to reuse old Authentication sets). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 83 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Transmission of an "MAP_SEND_AUTHENTICATION_INFO" service response, no Authentication sets present (GSM 09.02 [7]). D. emptyResponsesForAuthSetsFromHLR. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.5 Attempted insert subscriber data service A. This measurement provides the number of insert subscriber data services sent (these are counted as attempts). B. CC. C. Transmission of "MAP_INSERT_SUBSCRIBER_DATA" service request (GSM 09.02 [7]). D. attInsertSubDataService. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.6 Successful insert subscriber data service A. This measurement provides the number of successful insert subscriber data services sent. B. CC. C. Receipt of "MAP_INSERT_SUBSCRIBER_DATA" service indication without "user error" parameter value (GSM 09.02 [7]). D. succInsertSubDataService. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.7 Attempted Location Updates A. This measurement provides the number of Location Updates to be performed by the HLR (these are counted as attempts). B. CC. C. Receipt of "MAP_UPDATE_LOCATION" service indication (GSM 09.02 [7]). D. attLocationUpdate. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 84 (GSM 12.04 version 7.0.0 Release 1998) B.4.1.8 Successful Location Updates A. This measurement provides the number of successfully performed Location Updates in the HLR,. B. CC. C. Transmission of "MAP_UPDATE_LOCATION" service response without "user error" parameter value (GSM 09.02 [7]). D. succLocationUpdate. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.9 Attempted SS related operations in HLR A. This measurement provides the number of attempted SS related operations. B. CC. C. Receipt of a MAP service indication of: registerSS, eraseSS, activateSS, deactivateSS, registerPassword, interrogateSS, processSSrequest operations in the HLR, (GSM 09.02 [7]). D. attSSRelatedOperationsInHLR. E. A single integer value per SS operation. F. HLR Measurement Function. G. Valid for circuit switching. B.4.1.10 Successful SS related operations in HLR A. This measurement provides the number of successful SS related operations. B. CC. C. Transmission of MAP service response to: registerSS, eraseSS, activateSS, deactivateSS, registerPassword, interrogateSS, processSSrequest operations in the HLR without "user error" parameter (GSM 09.02 [7]). D. succSSRelatedOperationsInHLR. E. A single integer value per SS operation. F. HLR Measurement Function. G. Valid for circuit switching. B.4.1.11 Attempted request for SM routing information A. This measurement provides the number of requests for short Message routing information (these are counted as attempts). B. CC. C. Receipt of "MAP_SEND_ROUTING_INFO_FOR_SM" service indication (GSM 09.02 [7]). D. attReqForSMRoutingInfo. E. A single integer value. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 85 (GSM 12.04 version 7.0.0 Release 1998) F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.12 Successful request for SM routing information A. This measurement provides the number of successful requests for short Message routing information. B. CC. C. Transmission of "MAP_SEND_ROUTING_INFO_FOR_SM" service response without "user error" parameter (GSM 09.02 [7]). D. succReqForSMRoutingInfo. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.13 Attempted SM delivery status report procedures A. This measurement provides the number of requests to set Message waiting data into HLR or to inform HLR of successful SM transfer after polling (these are counted as attempts). B. CC. C. Receipt of "MAP_REPORT_SM_DELIVERY_STATUS" service indication (GSM 09.02 [7]). D. attSMDeliveryStatusReportProcs. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.14 Successful SM delivery status report procedures A. This measurement provides the number of successful requests to set Message waiting data into HLR or to inform HLR of successful SM transfer after polling. B. CC. C. Transmission of "MAP_REPORT_SM_DELIVERY_STATUS" service response without "user error" parameter value (GSM 09.02 [7]). D. succSMDeliveryStatusReportProcs. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.15 Attempted number of send alerts A. This measurement provides the number of transmissions of send alerts (these are counted as attempts). B. CC. C. Transmission of a "MAP_ALERT_SERVICE_CENTRE" service request (GSM 09.02 [7]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 86 (GSM 12.04 version 7.0.0 Release 1998) D. attNbrOfSendAlerts. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.16 Successful number of send alerts A. This measurement provides the successful transmissions of send alerts. B. CC. C. Receipt of a "MAP_ALERT_SERVICE_CENTRE" service confirmation without "user error" parameter value (GSM 09.02 [7]). D. succNbrOfSendAlerts. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit and packet switching. B.4.1.17 Attempted request for MSRN A. This measurement provides the number of requests for MSRN from the VLR (these are counted as attempts). B. CC. C. Transmission of "MAP_PROVIDE_ROAMING_NUMBER" service request (GSM 09.02 [7]). D. attReqForMSRN. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit switching. B.4.1.18 Successful request for MSRN A. This measurement provides the successful responses for allocations of MSRN received from the VLR. B. CC. C. Receipt of "MAP_PROVIDE_ROAMING_NUMBER" service confirmation without "user error" parameter value (GSM 09.02 [7]). D. succReqForMSRN. E. A single integer value. F. HLR Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 87 (GSM 12.04 version 7.0.0 Release 1998) B.5 Measurements Related to the VLR B.5.1 VLR Measurement Function B.5.1.1 Attempted MS memory available notifications A. This measurement provides the number of times a VLR informs the HLR that a MS is available for receiving short messages once again (these are counted as attempts). B. CC. C. Transmission of a "MAP_READY_FOR_SM" service request (GSM 09.02 [7]). D. attMSMemoryAvailableNotifications. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.2 Successful MS memory available notifications A. This measurement provides the number of times a VLR successfully informs the HLR that a MS is available for receiving short messages once again. B. CC. C. Receipt of "MAP_READY_FOR_SM" service confirmation without "user error" parameter value (GSM 09.02 [7]). D. succMSMemoryAvailableNotifications. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.3 Attempted Identification requests to PVLRs A. This measurement provides the number of identification information requests to the PVLR for subscribers registering afresh in this VLR (these are counted as attempts). B. CC. C. Transmission of "MAP_SEND_IDENTIFICATION" service request (GSM 09.02 [7]). D. attIdentificationReqToPVLRs. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.4 Successful Identification requests to PVLRs A. This measurement provides the number of successful identification requests to the PVLR for subscriber registering afresh in this VLR. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 88 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Receipt of "MAP_SEND_IDENTIFICATION" service confirmation without "user error" parameter value (GSM 09.02 [7]). D. succIdentificationReqToPVLRs. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.5 Attempted page requests A. This measurement provides the number of page requests (these are counted as attempts). B. CC. C. Transmission of "MAP_PAGE" service request (GSM 09.02 [7]). D. attPageReqs. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.6 Successful page requests A. This measurement provides the number of successful page requests. B. CC. C. Receipt of "MAP_PAGE" service confirmation without a "user error" parameter value (GSM 09.02 [7]). D. succPageReqs. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.7 Attempted page requests per Location Area A. This measurement provides the number of page requests per Location Area (these are counted as attempts). B. CC. C. Transmission of "MAP_PAGE" service request (GSM 09.02 [7]). D. attPageReqsPerLocationArea. E. An integer value per Location Area. F. VLR Measurement Function. G. Valid for circuit switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 89 (GSM 12.04 version 7.0.0 Release 1998) B.5.1.8 Successful page requests per Location Area A. This measurement provides the number of successful page requests per Location Area. B. CC. C. Receipt of "MAP_PAGE" service confirmation without a "user error" parameter value (GSM 09.02 [7]). D. succPageReqsPerLocationArea. E. An integer value per Location Area. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.9 Attempted requests for Authentication sets sent to HLR by VLRs A. This measurement provides the number of requests to the HLR by the VLR for Authentication sets (these are counted as attempts). B. CC. C. Transmission of a "MAP_SEND_AUTHENTICATION_INFO" service request, requesting Authentication sets (parameter "AuthenticationSetKind" present GSM 09.02 [7]). D. attReqForAuthSetsSentToHLR. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.10 Successful received Authentication sets from HLR to VLRs A. This measurement provides the number of successful requests for Authentication sets from the HLR to the VLR. B. CC. C. Receipt of a "MAP_SEND_AUTHENTICATION_INFO" service confirmation, containing requested Authentication sets parameter "AuthenticationSetList" present (GSM 09.02 [7]). D. succReceivedAuthSetsFromHLR. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.11 Empty responses to request for Authentication sets from HLR to VLRs A. This measurement provides the number of empty responses received by the VLR in response to requests for Authentication sets (the implication is that the VLR will have to reuse old Authentication sets). B. CC. C. Receipt of a "MAP_SEND_AUTHENTICATION_INFO" service confirmation, no Authentication sets present (GSM 09.02 [7]). D. emptyResponsesForAuthFromHLR. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 90 (GSM 12.04 version 7.0.0 Release 1998) E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.12 Attempted authentication procedures in VLR A. This measurement provides the number of authentication requests which are sent to the MSC (these are counted as attempts). B. CC. C. Transmission of a "MAP_AUTHENTICATE" service request (GSM 09.02 [7]). D. attAuthProcsInVLR. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.13 Successful authentication procedures in the VLR A. This measurement provides the number of successful authentication procedures in the VLR. B. CC. C. Receipt of a "MAP_AUTHENTICATE" service confirmation, where the received SRES parameter value matches value stored in the Location register (GSM 09.02 [7]). D. succAuthProcsInVLR. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.14 Attempted intra-VLR Location Updates A. This measurement provides the number of Location Updates, between Location areas of the same VLR (these are counted as attempts). B. CC. C. Receipt of "MAP_UPDATE_LOCATION_AREA" service indication, with previous Location Area identification parameter referring to the Location Area identity of the same VLR (GSM 09.02 [7]). D. attIntraVLRLocationUpdates. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.15 Successful intra-VLR Location Updates A. This measurement provides the successful Location Updates between Location Areas of the same VLR. B. CC. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 91 (GSM 12.04 version 7.0.0 Release 1998) C. Transmission of "MAP_UPDATE_LOCATION_AREA" service response without "user error" parameter value, for attempted intra-VLR Location Update (GSM 09.02 [7]). D. succIntraVLRLocationUpdates. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.16 Attempted inter-VLR Location Updates A. This measurement provides the number of Location Updates between Location Areas of different VLR (these are counted as attempts). B. CC. C. Receipt of "MAP_UPDATE_LOCATION_AREA" service indication, with previous Location Area identification parameter referring to the Location Area identity of the different VLR, or no previous VLR identity (GSM 09.02 [7]). D. attInterVLRLocationUpdates. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.17 Successful inter-VLR Location Updates A. This measurement provides the number of successful Location Updates between Location Areas of different VLRs. B. CC. C. Transmission of "MAP_UPDATE_LOCATION_AREA" service response without "user error" parameter value, for attempted inter-VLR Location Update (GSM 09.02 [7]). D. succInterVLRLocationUpdates. E. A single integer value. F. VLR Measurement Function. G. Valid for circuit switching. B.5.1.18 Arrivals of Visitors from other PLMNs A. This measurement provides the number of arrivals of visitors from other PLMNs i.e. exclude own MS's returning to HPLMN. This measurement has to be taken in each VLR of the HPLMN to get the total. B. CC. C. Receipt of "MAP_UPDATE_LOCATION_AREA" service indication, the previous Location of the subscriber was another PLMN (GSM 09.02 [7]). D. arrivalOfVisitorsFromOtherPLMNs. E. A single integer value. F. VLR Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 92 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for circuit switching. B.6 Measurements Related to the EIR B.6.1 EIR Measurement Function B.6.1.1 Number of received IMEI check requests A. This measurement provides the number of IMEI check requests received by the EIR. B. CC. C. Receipt of "MAP_CHECK_IMEI" service indication (GSM 09.02 [7]). D. nbrOfReceivedIMEICheckReqs. E. A single integer value. F. EIR Measurement Function. G. Valid for circuit and packet switching. B.6.1.2 Number of white answers in EIR A. This measurement provides the number of white answers transmitted by the EIR. B. CC. C. Transmission of "MAP_CHECK_IMEI" service response containing an "equipment status" referring to a white listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfWhiteAnsInEIR. E. A single integer value. F. EIR Measurement Function. G. Valid for circuit and packet switching. B.6.1.3 Number of grey answers in EIR A. This measurement provides the number of grey answers transmitted by the EIR. B. CC. C. Transmission of "MAP_CHECK_IMEI" service response containing an "equipment status" referring to a grey listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfGreyAnsInEIR. E. A single integer value. F. EIR Measurement Function. G. Valid for circuit and packet switching. B.6.1.4 Number of black answers in EIR A. This measurement provides the number of black answers transmitted by the EIR. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 93 (GSM 12.04 version 7.0.0 Release 1998) B. CC. C. Transmission of "MAP_CHECK_IMEI" service response containing an "equipment status" referring to a black listed equipment (GSM 09.02 [7] and GSM 02.16 [1]). D. nbrOfBlackAnsInEIR. E. A single integer value. F. EIR Measurement Function. G. Valid for circuit and packet switching. B.6.1.5 Number of unknown IMEI answers A. This measurement provides the number of unknown IMEI answers transmitted by the EIR. B. CC C. Transmission of "MAP_CHECK_IMEI" service response containing a parameter "user error" referring to a unknown equipment (GSM 09.02 [7]). D. nbrOfUnknownIMEIAnsInEIR. E. A single integer value. F. EIR Measurement Function. G. Valid for circuit and packet switching. B.7 Measurements Related to the SMS IWMSC/GMSC B.7.1 SMS Measurement Function B.7.1.1 Attempted mobile originating SM Forwarding A. This measurement provides the number of attempted short Message forwarding handeled by the interworking MSC. B. CC. C. Receipt of "MAP_FORWARD_SHORT_MESSAGE" service indication (GSM 09.02 [7]). D. attMobileOriginatingSMForwardings. E. A single integer value. F. SMS Measurement Function. G. Valid for circuit and packet switching. B.7.1.2 Successful mobile originating SM Forwarding A. This measurement provides the number of successful short Message forwarding handeled by the interworking MSC. B. CC. C. Transmission of "MAP_FORWARD_SHORT_MESSAGE" service response without a "user error" parameter value (GSM 09.02 [7]). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 94 (GSM 12.04 version 7.0.0 Release 1998) D. succMobileOriginatingSMForwardings. E. A single integer value. F. SMS Measurement Function. G. Valid for circuit and packet switching. B.7.1.3 Attempted Mobile Terminating SM Forwarding A. This measurement provides the number of short messages forwarding from SMS-GMSC to the service node, MSC or SGSN (these are counted as attempts). B. CC. C. Transmission of a "MAP_FORWARD_SHORT_MESSAGE" service request (GSM 09.02 [7]). D. attMobileTerminatingSMForwardings. E. A single integer value. F. SMS Measurement Function. G. Valid for circuit and packet switching. B.7.1.4 Successful Mobile Terminating SM Forwarding A. This measurement provides the number of successful of short Message forwarding from SMS-GMSC to the service node, MSC or SGSN. B. CC. C. Receipt of a "MAP_FORWARD_SHORT_MESSAGE" service response without a "user error" parameter value (GSM 09.02 [7]). D. succMobileTerminatingSMForwardings. E. A single integer value. F. SMS Measurement Function. G. Valid for circuit and packet switching. B.8 Measurements Related to the SGSN B.8.1 SGSN Measurement Function B.8.1.1 LLC Measurements B.8.1.1.1 Number of LLC frames sent A. This measurement provides the number of LLC frames sent by the SGSN. B. CC C. Transmission of LLC frame to a peer entity GSM TS 04.64 [24]. D. nbrLlcFramesSent E. A single integer value. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 95 (GSM 12.04 version 7.0.0 Release 1998) F. SGSN Measurement Function G. Valid for packet switching. B.8.1.1.2 Number of LLC frames Received A. This measurement provides the number of received LLC frames by the SGSN. B. CC C. Receipt of a LLC frames from a peer entity and before any error checking(GSM TS 04.64). D. nbrLlcFramesReceived E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.1.3 Erroneously received LLC frames detected by SGSN A. This measurement provides the number of erroneously received LLC frames in case of error detection in the SGSN (uplink transmission, SGSN). B. CC C. Discard of a received frame in the SGSN, GSM TS 04.64 [24]. D. errLlcFramesDetectedBySgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.1.4 Number of Retransmitted LLC frames in Acknowledge Mode A. This measurement provides the number of retransmitted LLC frames in LLC acknowledge mode, detected in the MS and signalled to the SGSN (downlink transmission, MS). B. CC C. Receipt of a NACK or SACK frame from the peer entity (MS), GSM TS 04.64 [24]. D. retransmittedLlcFramestoMs E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.2 SNDCP Measurements B.8.1.2.1 Number of received SNDCP N-PDUs A. This measurement provides the number of incoming N-PDUs received by the SNDCP protocol. B. CC C. Receipt of the "SN-DATA.ind" or "SN-UNITDATA.ind" primitive, GSM TS 04.65 [25]. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 96 (GSM 12.04 version 7.0.0 Release 1998) D. uplinkSndcpNpduReceived E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.2.2 Number of received SNDCP N-PDU octets A. This measurement provides the number of octets in incoming N-PDUs received by the SNDCP protocol layer. B. CC C. Receipt of the "SN-DATA.ind" or "SN-UNITDATA.ind" primitive,GSM TS 04.65 [25]. D. uplinkSndcpOctetReceivedMode E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.2.3 Number of sent SNDCP N-PDUs A. This measurement provides the number of outgoing N-PDUs sent by the SNDCP protocol layer. B. CC C. Sent of the "SN-DATA.req" and "SN-UNITDATA.ind" primitive(GSM TS 04.65). D. downlinkSndcpNpduSent E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.2.4 Number of sent SNDCP N-PDU octets A. This measurement provides the number of octets in outgoing N-PDUs sent by the SNDCP protocol layer. B. CC C. Sent of the "SN-DATA.req" and "SN-UNITDATA.ind" primitive(GSM TS 04.65). D. downlinkSndcpOctetSent E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.3 BSSGP Measurements FFS, to be defined. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 97 (GSM 12.04 version 7.0.0 Release 1998) B.8.1.4 MM Measurements B.8.1.4.1 Attempted GPRS attach procedures A. This measurement provides the number of attempted GPRS attach procedures initiated within this SGSN area. B. CC C. Receipt of "ATTACH REQUEST" message from the MS, indicating a GPRS attach(GSM 04.08). D. attGprsAttach E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.2 Successful GPRS attach procedures A. This measurement provides the number of successfully performed GPRS attach procedures within this SGSN area. B. CC C. Transmission of a "ATTACH ACCEPT" message to the MS, indicating a GPRS only attached (GSM 04.08). D. succGprsAttach E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.3 Attempt of combined GPRS/IMSI attach procedures A. This measurement provides the number of attempt of combined GPRS/IMSI attach procedures initiated within this SGSN area. B. CC C. Receipt of "ATTACH REQUEST" message from the MS, indicating combined GPRS/IMSI attach(GSM 04.08). D. attCombiAttach E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.4 Successfully combined GPRS/IMSI attach procedures A. This measurement provides the number of successfully completed of Combined GPRS/IMSI attach procedures initiated within this SGSN area. B. CC C. Transmission of "ATTACH ACCEPT" message to the MS, indicating combined GPRS/IMSI attach(GSM 04.08). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 98 (GSM 12.04 version 7.0.0 Release 1998) D. succCombiAttach E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.5 Attempted GPRS attach procedures with IMSI already attached A. This measurement provides the number of attempted GPRS attach procedures,while IMSI is already attached. The attempts initiated within this SGSN area are counted. B. CC C. Receipt of "ATTACH REQUEST" Message from the MS, indicating GPRS attach while IMSI attached(GSM 04.08). D. attImsiAttach E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.6 Successful GPRS attach procedures with IMSI already attached A. This measurement provides the number of successfully performed GPRS attach procedures,while IMSI is already attached. The attempts initiated within this SGSN area are counted. B. CC C Transmission of a "ATTACH ACCEPT" message to the MS, indicating a GPRS attach while IMSI attached (GSM 04.08). D succImsiAttach E A single integer value. F. SGSN Measurement Function G. Valid for packet switching. B.8.1.4.7 Number of attached subscriber A. This measurement provides the number of attached subscriber within this SGSN area. B. GAUGE C. The gauge will be incremented at transmission of a "ATTACH ACCEPT" message to the MS and will be decremented at transmission of a "DETACH ACCEPT" message to the MS (GSM 04.08). D. nbrOfAttachedSub E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.8 Mean number of attached subscriber A. This measurement provides the arithmetic mean of the number of attached subscriber within this SGSN area. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 99 (GSM 12.04 version 7.0.0 Release 1998) B. GAUGE C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of subscribers which are attached and then taking the arithmetic mean (GSM 04.08). D. meanNbrOfAttachedSub E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.9 Maximum number of attached subscriber A. This measurement provides the highest recorded value for the number of attached subscriber within this SGSN area. B. GAUGE C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of subscriber which are "attached", and then taking the maximum of all such values at the end of the granularity period, (GSM 04.08). D. maxNbrOfAttachedSub E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.10 Attempted GPRS detach procedures initiated by MS A. This measurement provides the number of attempted GPRS detach procedures within this SGSN area. B. CC C. Receipt of "DETACH REQUEST" message from the MS, indicating a GPRS detach(GSM 04.08). D. attGprsDetachMs E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.11 Attempt of Combined GPRS/IMSI detach procedures initiated by MS A. This measurement provides the number of attempted Combined GPRS/IMSI detach procedures MS-initiated within this SGSN area. B. CC C. Receipt of "DETACH REQUEST" message from the MS, indicating a Combined GPRS/IMSI detach(GSM 04.08). D. attCombiDetachMs E. A single integer value. F. SGSN Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 100 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for packet switching. B.8.1.4.12 Attempt of IMSI detach procedures initiated by MS A. This measurement provides the number of attempted IMSI detach procedures MS-initiated within this SGSN area. B. CC C Receipt of "DETACH REQUEST" message from the MS, indicating a IMSI detach(GSM 04.08). D. attImsiDetachMS E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.13 Attempted GPRS detach procedures initiated by SGSN A. This measurement provides the number of attempted GPRS detach procedures initiated by SGSN. B. CC C. Transmission of a "DETACH REQUEST" message to the MS(GSM 04.08). D. attGprsDetachSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.14 Successful GPRS detach procedures initiated by SGSN A. This measurement provides the number of successfully completed GPRS detach procedures SGSN-initiated within this SGSN area. B. CC C. Receipt of "DETACH ACCEPT" message from the MS(GSM 04.08). D. succGprsDetachSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.15 Attempted intra-SGSN Routing Area Update procedures initiated in this SGSN A. This measurement provides the number of attempted intra-SGSN Routing Area Update procedures initiated within this SGSN area. B. CC C. Receipt of a "ROUTING AREA UPDATE REQUEST" message from the MS, where the old RA and the new RA are served by this SGSN(GSM 04.08). D. attIntraSgsnRaUpdate ETSI ETSI TS 100 615 V7.0.0 (2000-02) 101 (GSM 12.04 version 7.0.0 Release 1998) E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.16 Successful intra-SGSN Routing Area Update procedures initiated in this SGSN A. This measurement provides the number of successfully performed intra-SGSN Routing Area Update procedures initiated in this SGSN. B. CC C. Transmission of "ROUTING AREA UPDATE ACCEPT" message to the MS, GSM 04.08 [2]. D. succIntraSgsnRaUpdate E.: A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.17 Attempted inter-SGSN Routing Area Update procedures initiated in this SGSN A. This measurement provides the number of attempted inter-SGSN Routing Area Update procedures initiated in this SGSN, where the old RA is served by another SGSN, GSM 04.08 [2]. B. CC C. Receipt of an "ROUTING AREA UPDATE REQUEST" message from the MS,GSM 04.08 [2]. D. attInterSgsnRaUpdate E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.4.18 Successful inter-SGSN Routing Area Update procedures initiated in this SGSN A. This measurement provides the number of successfully completed inter-SGSN Routing Area Update procedures in this SGSN. B CC C. Receipt of a "ROUTING AREA UPDATE COMPLETE" message from the MS, GSM 04.08 [2].. D. succInterSgsnRaUpdate E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 102 (GSM 12.04 version 7.0.0 Release 1998) B.8.1.5 Security B.8.1.5.1 Attempted P-TMSI reallocation procedures A. This measurement provides the number of attempted P-TMSI reallocation, or implicitly as part of the Location Updating, procedures in this SGSN. B. CC C. Transmission of "P-TMSI REALLOCATION COMMAND" message by the SGSN, GSM 04.08 [2]. D. attPTMSIRealloc E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.2 Successful P-TMSI reallocation procedures A. This measurement provides the number of successfully performed P-TMSI reallocation procedures in this SGSN. B. CC C. Receipt of "P-TMSI REALLOCATION COMPLETE" message by the SGSN, GSM 04.08 [2]. D. succPTMSIRealloc E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.3 Attempted requests for authentication sets sent to HLR by SGSN A. This measurement provides the number of number of attempted requests for authentication sets, sent to the HLR by SGSN, these are counted as attempts. B. CC C. Transmission of a "MAP SEND_AUTHENTICATION_INFO" service request, requesting authentication sets parameter "AuthenticationSetKind" present, GSM 09.02 [7] . D. attReqAuthSetsSentToHlrBySgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.4 Successful requests for authentication sets to HLR A. This measurement provides the number of successful requests for authentication sets that were sent from the HLR to the SGSN. B. CC C. Receipt of a "MAP SEND_AUTHENTICATION_INFO" service confirmation, containing requested authentication sets (parameter "AuthenticationSetList" present GSM 09.02 [7] ETSI ETSI TS 100 615 V7.0.0 (2000-02) 103 (GSM 12.04 version 7.0.0 Release 1998) D. succReqAuthSetsHlr E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.5 Empty responses to the request for authentication sets to the HLR A. This measurement provides the number of empty responses to the request for authentication sets that were sent to the HLR. B: CC C. Receipt of a "MAP_SEND_AUTHENTICATION_INFO " service confirmation, no Authentication sets present, GSM 09.02 [7] D. emptyResponsesForAuthSetsFromHlr E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.6 Attempt of authentication procedures started by SGSN A. This measurement provides the number of authentication procedures that are started within this SGSN area. B. CC C. Transmission of an "AUTHENTICATION AND CIPHERING REQUEST" message to the MS (GSM 04.08). D. attAuthInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.7 Successful authentication procedures started by the SGSN A. This measurement provides the number of successful authentication procedures within this SGSN area. B. CC C. Receipt of an "AUTHENTICATION AND CIPHERING RESPONSE" message from the MS, where the receipt SRES parameter value matches the value stored in the SGSN (GSM 04.08). D. succAuthInSgsn E. A single integer value. F. SGSN Measurement Function. G_. Valid for packet switching. B.8.1.5.8 Attempted Identity Request procedures A. This measurement provides the number of attempted Identity Request procedures initiated by this SGSN. B. CC ETSI ETSI TS 100 615 V7.0.0 (2000-02) 104 (GSM 12.04 version 7.0.0 Release 1998) C. Transmission of an "IDENTITY REQUEST" message to the MS (GSM 04.08). D. attIdentityReq E. A single integer value. F. SGSN Measurement Function. G_. Valid for packet switching. B.8.1.5.9 Successful Identity Request procedures A. This measurement provides the number of successfully completed Identity Request procedures initiated by this SGSN. B. CC C. Receipt of an "IDENTITY RESPONSE" message with IMSI by the SGSN from the MS(GSM 04.08). D. succIdentityReq E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.10 Attempted ciphering mode control procedures A. This measurements provides the number of ciphering mode control procedures initiated in the SGSN. B. CC C. Transmission of "CIPHER MODE COMMAND" (GSM 08.08). D. attCipheringModeControlPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.5.11 Successful ciphering mode control procedures A. This measurement provides the number of successfully completed ciphering mode control procedures that were initiated in this SGSN. B. CC C. Receipt of "CIPHER MODE COMPLETE" Message (GSM 08.08). D. succCipheringModeControlPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 105 (GSM 12.04 version 7.0.0 Release 1998) B.8.1.6 State B.8.1.6.1 Number of subscribers in the SGSN in STANDBY state. A. This measurement provides the number of subscribers in 'STANDBY' state within this SGSN area. B. GAUGE C. Transition of a GPRS subscriber registered in the SGSN into / from the operational state 'STANDBY'. D. nbrOfSubStandby E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.6.2 Mean number of subscribers in the SGSN in STANDBY state. A. This measurement provides the arithmetic mean of the number of subscriber in 'STANDBY' state within this SGSN area. B. SI C. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of subscribers in the STANDBY state, and then taking the arithmetic mean. D. meanNbrOfSubStandby E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.6.3 Maximum number of subscribers in the SGSN in STANDBY state. A. This measurement provides the highest recorded value for number of subscribers in 'STANDBY' state within this SGSN area. B. GAUGE C. This measurement is obtained by comparing on an update of the actual number of subscribers in the STANDBY state, this value with the currently maximal value within the actual granularity period. D. maxNbrOfSubStandby E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.6.4 Number of subscribers in the SGSN in READY state A. This measurement provides the number of subscribers in 'READY' state within this SGSN area. B. GAUGE C. Transition of a GPRS subscriber registered in the SGSN into / from the operational state 'READY'. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 106 (GSM 12.04 version 7.0.0 Release 1998) D. nbrOfSubReady E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.6.5 Mean number of subscribers in the SGSN in READY state A. This measurement provides the arithmetic mean of the number of subscriber in 'READY' state within this SGSN area. B. SI C. This measurement is obtained by sampling at a pre-defined interval (System design), the number of subscribers in the READY state, and then taking the arithmetic mean. D. meanNbrOfSubReady E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.6.6 Maximum number of subscribers in the SGSN in READY state A. This measurement provides the highest recorded value for number of subscribers in 'READY' state within this SGSN area. B. GAUGE C. This measurement is obtained by comparing on an update of the actual number of subscribers in the READY state, this value with the currently maximal value within the actual granularity period. D. maxNbrOfSubReady E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.7 Equipment B.8.1.7.1 Number of transmitted check IMEI requests A. This measurement provides the number of check IMEI requests sent to the EIR. B. CC C. Transmission of "MAP_IMEI_CHECK" service request (GSM 09.02 [7]) D.: nbrOfCheckIMEIRequest E. A single integer value. F. SGSN Measurement Function. G.: Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 107 (GSM 12.04 version 7.0.0 Release 1998) B.8.1.7.2 Number of white answers in SGSN A. This measurement provides the number of white list answers received from the EIR. B. CC C. Receipt of "MAP_IMEI_CHECK" service confirmation with parameter "equipment status" referring to the white listed equipment.(GSM 09.02, and GSM 02.16). D. nbrOfWhiteAnswerInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.7.3 Number of grey answers in SGSN A. This measurement provides the number of grey list answers received from the EIR. B. CC C. Receipt of "MAP_IMEI_CHECK" service confirmation with parameter "equipment status" referring to the grey listed equipment.(GSM 09.02, and GSM 02.16) D. nbrGreyAnswerInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.7.4 Number of black answers in SGSN A. This measurement provides the number of black list answers received from the EIR. B. CC C.: Receipt of "MAP_IMEI_CHECK" service confirmation with parameter "equipment status" referring to the black listed equipment.(GSM 09.02, and GSM 02.16) D. nbrOfBlackAnswerInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.7.5 Number of unknown IMEI answers A. This measurement provides the number of unknown IMEI answers received from the EIR. B. CC C. Receipt of "MAP_IMEI_CHECK" service confirmation with parameter "equipment status" referring to unknown equipment.(GSM 09.02) D. nbrOfUnknownAnswerInSgsn E. A single integer value. F. SGSN Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 108 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for packet switching. B.8.1.8 RRM Measurements B.8.1.8.1 Attempt of packet switched paging procedures A. This measurement provides the number of attempted packet switched paging procedures, for GPRS services, within this SGSN area. The initial paging procedures as well the repeated paging procedures are counted. B. CC C. Transmission of "GMM-PAGING.req" message (GSM 08.18). D. attPacketSwitchingPaging E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.8.2 Unsuccessful packet switched paging procedures A. This measurement provides the number of unsuccessfull packet switched paging (GPRS) procedures within this SGSN area, i.e. packed switching paging procedures that are re-started when the previous attempt has timed out. B. CC C. Receipt of timeout for the "GMM-PAGING.req" message (GSM TS 08.18). D. unsuccPacketSwitchingPaging E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.8.3 Attempt of packet switched paging procedures per Routing Area A. This measurement provides the number of attempted packet switched paging procedures, for GPRS services, within this Routing Area. The initial paging procedures as well the repeated paging procedures are counted. B. CC C. Transmission of "GMM-PAGING.req" message (GSM 08.18). D. attPsPagingPerRoutingArea E. A single integer value per Routing Area. F. SGSN Measurement Function. G.: Valid for packet switching. B.8.1.8.4 Unsuccessful packet switched paging procedures per Routing Area A. This measurement provides the number of unsuccessfull packet switched paging (GPRS) procedures within this Routing Area, i.e. packed switching paging procedures that are re-started when the previous attempt has timed out. B. CC ETSI ETSI TS 100 615 V7.0.0 (2000-02) 109 (GSM 12.04 version 7.0.0 Release 1998) C. Receipt of timeout for the "GMM-PAGING.req" message (GSM TS 08.18). D. unsuccPsPagingPerRoutingArea E. A single integer value per Routing Area. F. SGSN Measurement Function. G.: Valid for packet switching. B.8.1.9 SM Measurements B.8.1.9.1 Attempted PDP context activation procedures initiated by MS A. This measurement provides the number of attempted PDP context activation procedures. These include the static as well as the dynamic PDP addresses. B. CC C. Receipt of a "Activate PDP Context Request" message from the MS (GSM TS 04.08). D. attActPdpContextMSPerSgsn E. A single integer value. F. SGSN Measurement Function. G.: Valid for packet switching. B.8.1.9.2 Successful PDP context activation procedures initiated by MS A. This measurement provides the number of successfully completed PDP context activations. For these context activations, the GGSN is updated successfully. B. CC C. Transmission of a "Activate PDP Context Accept" message to the MS (GSM TS 04.08). D.: succActPdpContextMSPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.9.3 Attempted dynamic PDP context activation procedures initiated by MS A. This measurement provides the number of attempted PDP context activation requests where a dynamic PDP address is required to be used. B. CC C. Receipt of a "Activate PDP Context Request" message from the MS with an empty PDP address (GSM TS 04.08). D. attActPdpContextDynMSPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 110 (GSM 12.04 version 7.0.0 Release 1998) B.8.1.9.4 Successful dynamic PDP context activation procedures initiated by MS A. This measurement provides the number of successfully completed PDP context activations where a dynamic PDP address is used. B. CC C. Transmission of a "Activate PDP Context Accept" message to the MS (GSM TS 04.08) when the PDP address has been dynamically assigned. D. succActPdpDynContextDynMsPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.9.5 Attempted PDP context deactivation procedures initiated by the MS A. This measurement provides the number of PDP context deactivation procedures. B. CC C. Receipt of a "Deactivate PDP Context Request" message from the MS (GSM TS 04.08) D. attDeactPdpContextMsPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.9.6 Successful PDP context deactivation procedures initiated by the MS A. This measurement provides the number of successfully completed PDP context deactivations. For these context deactivations, the GGSN is updated successfully (i.e. deletion of the PDP context). B. CC C. Transmission of a "Deactivate PDP Context Accept" message to the MS (GSM TS 04.08). D. succDeactPdpContextMsPerSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.9.7 Attempted PDP context deactivation procedures initiated by the GGSN A. This measurement provides the number of PDP context deactivation procedures initiated by the GGSN. B. CC C. Receipt of a "Delete PDP Context Request" message from the GGSN (GSM TS 09.60). D. attDeactPdpContextGgsnPerSgsn E. A single integer value. F. SGSN Measurement Function. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 111 (GSM 12.04 version 7.0.0 Release 1998) G. Valid for packet switching. B.8.1.9.8 Successful PDP context deactivation procedures initiated by the GGSN A. This measurement provides the number of successfully handled PDP context deactivations initiated by the GGSN. For these context deactivations, the MS has accepted the PDP context deactivation. B. CC C. Transmission of a "Delete PDP Context Response" message to the GGSN (GSM TS 09.60). D. succDeactPdpContextGgsnPerSgsn E. A single integer value. F. SGSN Measurement Function. G Valid for packet switching. B.8.1.9.9 Number of subscribers with activated PDP context in SGSN A. This measurement provides the number of mobile subscribers with activated PDP context (i.e. subscribers that can send/receive GPRS packet data). B. GAUGE C. Addition of first PDP context or removal of last PDP context in SGSN location register for a perticular subscriber. D. nbrSubsWithActivePdpInSgsn E. A single integer value. F. SGSN Measurement Function. G.: Valid for packet switching. B.8.1.9.10 Mean number of subscribers with activated PDP context in SGSN A. This measurement provides the arithmetic mean number value of subscribers that have activated PDP context (i.e. subscribers that can send/receive GPRS packet data). B. SI C. This measurement is obtained by sampling at a pre-defined interval (System design), the number of subscribers with activated PDP context in SGSN, and then taking the arithmetic mean. D. meanSubsWithActivePdpInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.8.1.9.11 Maximum number of subscribers with activated PDP context in SGSN A. This measurement provides the highest recorded value for number of subscribers with activated PDP contexts (i.e. subscribers that can send/receive GPRS packet data). B. GAUGE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 112 (GSM 12.04 version 7.0.0 Release 1998) C. This measurement is obtained by comparing on an update of the actual number of subscribers with activated PDP context in SGSN, this value with the currently maximal value within the actual granularity period. D. maxSubsWithActivePdpInSgsn E. A single integer value. F. SGSN Measurement Function. G. Valid for packet switching. B.9 Measurements Related to the GGSN B.9.1 GGSN Measurement Function B.9.1.1 Number of PDP context activation procedures initiated by the MS Per APN A. This measurement provides the number of PDP context activation procedures initiated by the MS on a per APN of the GGSN. B. CC C. Receipt of a "Create PDP Context Request" message from the SGSN(GSM TS 09.60). D. attActPdpContextPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.2 Successful PDP context activation procedures initiated by the MS Per APN A. This measurement provides the number of successfully completed activation PDP context procedures initiated by the MS on a per APN of the GGSN. B. CC C.: Transmission of "Create PDP Context Response" from GGSN (GSM TS 09.60). D.: succActPdpContextPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G_. Valid for packet switching. B.9.1.3 Number of dynamic PDP context activation procedures initiated by the MS Per APN A. This measurement provides the number of dynamic PDP context activation procedures initiated by the MS where a dynamic PDP address is requested on a per APN of the GGSN. B. CC C. Receipt of a "Create PDP Context Request" message MS with an empty PDP address (GSM TS 09.60). ETSI ETSI TS 100 615 V7.0.0 (2000-02) 113 (GSM 12.04 version 7.0.0 Release 1998) D. attActPdpContextDynPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.4 Successful +dynamic PDP context activation procedures initiated by the MS Per APN A. This measurement provides the number of successfully attempted dynamic PDP context activation procedures initiated by the MS where a dynamic PDP address is requested on a per APN of the GGSN. B. CC C. Transmission of "Create PDP Context Response" from GGSN (GSM TS 09.60) , the PDP address has been dynamically assigned. D. succActPdpContextDynPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.5 Number of PDP context deactivation procedures initiated by the MS Per APN A. This measurement provides the number of PDP context deactivation procedures initiated by the MS on a per APN of the GGSN. B. CC C. Receipt of a "Delete PDP Context Request" message from the SGSN (GSM TS 09.60) D. attDeactPdpContextPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.6 Successful PDP context deactivation procedures initiated by the MS Per APN A. This measurement provides the number of successfully completed PDP context deactivation procedures initiated by the MS on a per APN of the GGSN. B. CC C. Transmission of a "Delete PDP Context Response" message to the SGSN (GSM TS 09.60). D. succDeactPdpContextPerApnOfGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 114 (GSM 12.04 version 7.0.0 Release 1998) B.9.1.7 Number of PDP context deactivation procedures initiated by the GGSN Per APN A. This measurement provides the number of PDP context deactivation procedures initiated by the GGSN, on a per APN of the GGSN. B. CC C. Transmission of a "Deactivate PDP Context Request" message to the SGSN (GSM TS 09.60). D. attDeactPdpContextByGgsnPerApn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.8 Successful PDP context deactivation procedures initiated by the GGSN Per APN A. This measurement provides the number of successfully completed PDP context deactivation procedures initiated by the GGSN, on a per APN of the GGSN. B. CC C. Receipt of "Delete PDP Context Response" message from the SGSN (GSM TS 09.60). D.: succDeactPdpContextByGgsnPerApn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.9 Number of active PDP context in GGSN Per APN A. This measurement provides the number of active PDP context in this GGSN. B. GAUGE C. Addition or removal of a PDP context in GGSN. D.: nbrOfActivePdpContextsPerApnAtGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.10 Mean number of active PDP context in GGSN Per APN A. This measurement is obtained by sampling at a pre-defined interval (System designed), the number of active PDP context in GGSN per APN, and then taking the arithmetic mean. B. SI C. Addition or removal of a PDP context in GGSN. D. meanNbrOfActivePdpContextsPerApnAtGgsn ETSI ETSI TS 100 615 V7.0.0 (2000-02) 115 (GSM 12.04 version 7.0.0 Release 1998) E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. B.9.1.11 Maximum number of PDP context in GGSN Per APN A. This measurement is obtained by comparing on an update of the actual number of active PDP context in GGSN per APN, this value with the currently maximal value within the actual granularity period. B_. GAUGE C. Addition a PDP context in GGSN. D. maxnbrOfActivePdpContextsPerApnAtGgsn E. A single integer value. F. GGSN Measurement Function. G. Valid for packet switching. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 116 (GSM 12.04 version 7.0.0 Release 1998) Annex C (normative): Performance Measurement Object Model This annex to GSM 12.04 comprises the Object Model for Performance Measurement to complement the high level Object Model in GSM 12.00 [8]. The whole management approach defined in GSM 12.00 [8] defines all entities of GSM network as managed functions. These are BSS, MSC, HLR etc. and one or more of these can be contained in managed element and each of these functions can contain it's own measurement function. The SGSN and GGSN detailed, are additional to GSM 12.00 [8] due to the introduction of GPRS. Model Structure and Content The following measurement function model takes its basis from the proposed GSM 12.00 [8] high level model. Figure C.1: below shows the containment tree of all the measurement Object Classes. The formal GDMO definitions of the Managed Object Classes concerning measurement functions are described in this subclause, except the "log", which is described in annex D under data transfer requirements. simpleScanner eir measurement Function btsSiteManager cell measurement Function internalHdo measurement Function bts hlr measurement Function hlrFunction bssFunction eirFunction vlrFunction vlr measurement Function mscFunction msc measurement Function externalHdo measurement Function smsc measurement Function smscFunction simpleScanner bsc measurement Function bsc simpleScanner simpleScanner simpleScanner simpleScanner simpleScanner managedElement efd log sgsn measurement Function sgsnFunction simpleScanner ggsn measurement Function ggsnFunction Figure C.1: GSM 12.04 Performance Measurement Object Class Containment ETSI ETSI TS 100 615 V7.0.0 (2000-02) 117 (GSM 12.04 version 7.0.0 Release 1998) C.1 Measurement Managed Object Classes C.1.1 object class from CCITT ISO The object class used by the present document is the simple scanner, as defined in [ISO 10164-13]. Within the realm of the present document, each "simpleScanner" instance is only required to scan attributes of "measurementFunction" objects that are contained in the same "xxxFunction" object as the "simpleScanner" itself, where "xxx" stands for "bss", "msc", "hlr", "vlr", "eir", "sgsn", "ggsn" or "smsc", respectively (see containment tree diagram on previous page). C.1.2 bscMeasurementFunction bscMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES requestForServicePackage PRESENT IF "an instance supports it", requestForServicePerCausePackage PRESENT IF "an instance supports it", interArrivalTimePackage PRESENT IF "an instance supports it", pagingMessagePerBSCPackage PRESENT IF "an instance supports it", immediateAssignmentProceduresPerBSCPackage PRESENT IF "an instance supports it", internalHandoversIntraCellPerBSCPackage PRESENT IF "an instance supports it", internalHandoversPerBSCPackage PRESENT IF "an instance supports it", internalHandoversPerCausePackage PRESENT IF "an instance supports it", internalHandoverFailuresPerBSCPackage PRESENT IF "an instance supports it", gprsPDUFlushReqPackage PRESENT IF "an instance supports it", gprsPagingRequestPackage PRESENT IF "an instance supports it", gprsInterArrivalPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 121}; C.1.3 cellMeasurementFunction cellMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES pchagchQueuePackage PRESENT IF "an instance supports it", pagingMess ETSI ETSI TS 100 615 V7.0.0 (2000-02) 118 (GSM 12.04 version 7.0.0 Release 1998) agePackage PRESENT IF "an instance supports it", immediateAssignmentProceduresPackage PRESENT IF "an instance supports it", immediateAssignmentProceduresPerCausePackage PRESENT IF "an instance supports it", pageDiscardPackage PRESENT IF "an instance supports it", durationOfPagingProceduresPackage PRESENT IF "an instance supports it", tchAvailablePackage PRESENT IF "an instance supports it", tchBusyPackage PRESENT IF "an instance supports it", idleTCHsPerInterferenceBandPackage PRESENT IF "an instance supports it", tchSeizuresPackage PRESENT IF "an instance supports it", tchAllocatedTimePackage PRESENT IF "an instance supports it", tchBusyTimePackage PRESENT IF "an instance supports it", tchQueuePackage PRESENT IF "an instance supports it", lostRadioLinksPerTCHPackage PRESENT IF "an instance supports it", sdcchAvailablePackage PRESENT IF "an instance supports it", sdcchBusyPackage PRESENT IF "an instance supports it", sdcchSeizuresPackage PRESENT IF "an instance supports it", sdcchAllocatedTimePackage PRESENT IF "an instance supports it", sdcchQueuePackage PRESENT IF "an instance supports it", lostRadioLinksPerSDCCHPackage PRESENT IF "an instance supports it", downlinkPowerControlPackage PRESENT IF "an instance supports it", uplinkPowerControlPackage PRESENT IF "an instance supports it", internalHandoversIntraCellPackage PRESENT IF "an instance supports it", incomingInternalInterCellHandoversPackage PRESENT IF "an instance supports it", outgoingInternalInterCellHandoversPackage PRESENT IF "an instance supports it", internalHandoverFailurePackage PRESENT IF "an instance supports it", gprsPDCHAvailablePackage PRESENT IF "an instance supports it", gprsPDCHOccupiedPackage PRESENT IF "an instance supports it", gprsPDCHAllocatedPackage PRESENT IF "an instance supports it", gprsPCCCHPagingPackage PRESENT IF "an instance supports it", ETSI ETSI TS 100 615 V7.0.0 (2000-02) 119 (GSM 12.04 version 7.0.0 Release 1998) gprsPPCHQueueOnPCCCHPackage PRESENT IF "an instance supports it", gprsPDTCHAssignmentPackage PRESENT IF "an instance supports it", gprsPDTCHQueuePackage PRESENT IF "an instance supports it", gprsCSChangePackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 131}; C.1.4 internalHdoMeasurementFunction internalHdoMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage, internalHdoMeasurementFunctionPackage; CONDITIONAL PACKAGES incomingInternalInterCellPerCellHandoversPackage PRESENT IF "an instance supports it", outgoingInternalInterCellPerCellHandoversPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 140}; internalHdoMeasurementFunctionPackage PACKAGE BEHAVIOUR internalHdoMeasurementFunctionBehaviour; ATTRIBUTES "gsm1220: 1993": adjacentCellId GET; REGISTERED AS {gsm1204package 140}; internalHdoMeasurementFunctionBehaviour BEHAVIOUR DEFINED AS "This object is defined to contain the various optional measurement packages and will exist in multiple instances. Creation is only allowed if the value of the adjacent cell attribute is identical to the value of the adjacent cell attribute in one of the <HDO adjacent Cell> objects. There can be one or more instance(s) of the HDO measurement function for each created instance of <HDO adjacent cell> MOC. If the adjacent Cell Object is re-named or deleted during the lifetime of the internalHdoMeasurementFunction of its associated internalHdoMeasurementFunction then the corresponding internalHdoMeasurementFunction(s) is/are automatically deleted, as the adjacent Cell Attribute of the mesurementFunction shall not be changeable. The scanner may scan attributes of the object class in various combinations and permutations of packages, and further may scan simultaneously as many times as necessary within the processing limits of the network." ; C.1.5 mscMeasurementFunction mscMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 120 (GSM 12.04 version 7.0.0 Release 1998) CONDITIONAL PACKAGES classMarkPackage PRESENT IF "an instance supports it", mobileOriginatingCallsPackage PRESENT IF "an instance supports it", mobileTerminatingCallsPackage PRESENT IF "an instance supports it", mobileEmergencyCallsPackage PRESENT IF "an instance supports it", cipheringModePackage PRESENT IF "an instance supports it", interrogatingHLRPackage PRESENT IF "an instance supports it", mobileOriginatingPointToPointSMPackage PRESENT IF "an instance supports it", mobileTerminatingPointToPointSMPackage PRESENT IF "an instance supports it", imeiRequestPackage PRESENT IF "an instance supports it", whiteAnswersInMSCPackage PRESENT IF "an instance supports it", greyAnswersInMSCPackage PRESENT IF "an instance supports it", blackAnswersInMSCPackage PRESENT IF "an instance supports it", unknownIMEIAnswersInMSCPackage PRESENT IF "an instance supports it", callSetupServicePackage PRESENT IF "an instance supports it", locationUpdatingServicePackage PRESENT IF "an instance supports it", subscriberIdentifiedWithTMSIPackage PRESENT IF "an instance supports it", subscriberIdentifiedWithIMSIPackage PRESENT IF "an instance supports it", tmsiReallocationsPackage PRESENT IF "an instance supports it", imsiDetachAttachProceduresPackage PRESENT IF "an instance supports it", incomingExternalIntraMSCHandoversPackage PRESENT IF "an instance supports it", outgoingExternalIntraMSCHandoversPackage PRESENT IF "an instance supports it", incomingInterMSCHandoversPackage PRESENT IF "an instance supports it", outgoingInterMSCHandoversPackage PRESENT IF "an instance supports it", subsequentInterMSCHandoversToMACaPackage PRESENT IF "an instance supports it", subsequentInterMSCHandoversToMACcPackage PRESENT IF "an instance supports it", externalHandoversPackage PRESENT IF "an instance supports it", externalHandoversPerCausePackage PRESENT IF "an instance supports it", externalHandoverFailurePerMSCPackage PRESENT IF "an instance supports it"; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 121 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204managedobjectClass 150}; C.1.6 externalHdoMeasurementFunction externalHdoMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage, externalHdoMeasurementFunctionPackage; CONDITIONAL PACKAGES incomingExternalIntraMSCHandoversPerCellPackage PRESENT IF "an instance supports it", outgoingExternalIntraMSCHandoversPerCellPackage PRESENT IF "an instance supports it", incomingExternalInterMSCHandoversPerCellPackage PRESENT IF "an instance supports it", outgoingExternalInterMSCHandoversPerCellPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 160}; externalHdoMeasurementFunctionPackage PACKAGE BEHAVIOUR externalHdoMeasurementFunctionBehaviour; ATTRIBUTES observedCell GET, adjacentCell GET; REGISTERED AS {gsm1204package 160} ; externalHdoMeasurementFunctionBehaviour BEHAVIOUR DEFINED AS "This object is defined to contain the various optional measurement packages and will exist in multiple instances. It can only be instantiated if the cell attribute belongs to the msc area which is served by the msc function that contain the external HDO measurement function. The scanner may scan attributes of the object class in various combinations and permutations of packages, and further may scan simultaneously as many times as necessary within the processing limits of the network."; C.1.7 hlrMeasurementFunction hlrMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES msRoamingOutsideHPLMNPackage PRESENT IF "an instance supports it", authenticationSetsHLRToVLRPackage PRESENT IF "an instance supports it", insertSubscriberDataServicePackage PRESENT IF "an instance supports it", locationUpdatePackage PRESENT IF "an instance supports it", ETSI ETSI TS 100 615 V7.0.0 (2000-02) 122 (GSM 12.04 version 7.0.0 Release 1998) ssRelatedOperationsInHLRPackage PRESENT IF "an instance supports it", requestForSMRoutingPackage PRESENT IF "an instance supports it", smDeliveryStatusReportProceduresPackage PRESENT IF "an instance supports it", sendAlertsPackage PRESENT IF "an instance supports it", requestForMSRNPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 170}; C.1.8 vlrMeasurementFunction vlrMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES msMemoryAvailableNotificationsPackage PRESENT IF "an instance supports it", identificationRequestToPVLRPackage PRESENT IF "an instance supports it", pageRequestPackage PRESENT IF "an instance supports it", pageRequestPerLocationAreaPackage PRESENT IF "an instance supports it", authenticationSetsVLRToHLRPackage PRESENT IF "an instance supports it", authenticationInVLRPackage PRESENT IF "an instance supports it", intraVLRLocationUpdatePackage PRESENT IF "an instance supports it", interVLRLocationUpdatePackage PRESENT IF "an instance supports it", visitorsFromOtherPLMNPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 180}; C.1.9 eirMeasurementFunction eirMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES receivedIMEIcheckRequestPackage PRESENT IF "an instance supports it", whiteAnswersInEIRPackage PRESENT IF "an instance supports it", greyAnswersInEIRPackage PRESENT IF "an instance supports it", blackAnswersInEIRPackage PRESENT IF "an instance supports it", unknownIMEIAnswersInEIRPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 190}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 123 (GSM 12.04 version 7.0.0 Release 1998) C.1.10 smsMeasurementFunction smsMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES mobileOriginatingSMForwardingPackage PRESENT IF "an instance supports it", mobileTerminatingSMForwardingPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 1101}; C.1.11 sgsnMeasurementFunction sgsnMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES sgsnLLCPackage PRESENT IF "an instance supports it", sgsnSNDCPPackage PRESENT IF "an instance supports it", gprsAttachPackage PRESENT IF "an instance supports it", gprsIMSIAttachPackage PRESENT IF "an instance supports it", gprsIMSIAlreadyAttachedPackage PRESENT IF "an instance supports it", gprsAttachedSubscribersPackage PRESENT IF "an instance supports it", gprsMSDetachPackage PRESENT IF "an instance supports it", gprsSGSNDetachPackage PRESENT IF "an instance supports it", gprsRouting AreaUpdatePackage PRESENT IF "an instance supports it", pTMSIReallocationPackage PRESENT IF "an instance supports it", sgsnHLRAuthenticationPackage PRESENT IF "an instance supports it", sgsnAuthenticationProcPackage PRESENT IF "an instance supports it", sgsnIdentityRequestPackage PRESENT IF "an instance supports it", sgsnCipheringModePackage PRESENT IF "an instance supports it", gprsSubsStandbyStatePackage PRESENT IF "an instance supports it", gprsSubsReadyStatePackage PRESENT IF "an instance supports it", ETSI ETSI TS 100 615 V7.0.0 (2000-02) 124 (GSM 12.04 version 7.0.0 Release 1998) sgsnIMEICheckRequestsPackage PRESENT IF "an instance supports it", whiteAnswersInSGSNPackage PRESENT IF "an instance supports it", greyAnswersInSGSNPackage PRESENT IF "an instance supports it", blackAnswersInSGSNPackage PRESENT IF "an instance supports it", unknownIMEIAnswersInSGSNPackage PRESENT IF "an instance supports it", sgsnPacketSwitched PagingPackage PRESENT IF "an instance supports it", sgsnPacketSwitched PagingPerRAPackage PRESENT IF "an instance supports it", sgsnPDPContextActivationByMSPackage PRESENT IF "an instance supports it", sgsnDynamicPDPContextActivationByMSPackage PRESENT IF "an instance supports it", sgsnPDPContextDeactivationByMSPackage PRESENT IF "an instance supports it", sgsnPDPContextDeactivationByGGSNPackage PRESENT IF "an instance supports it", subscriberPDPContextsInSGSNPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 1110}; C.1.12 ggsnMeasurementFunction ggsnMeasurementFunction MANAGED OBJECT CLASS DERIVED FROM "Recommendation X.721: 1992": top; CHARACTERIZED BY basicMeasurementFunctionPackage; CONDITIONAL PACKAGES ggsnPDPContextActivationByMSPackage PRESENT IF "an instance supports it", ggsnDynamicPDPContextActivationByMSPackage PRESENT IF "an instance supports it", ggsnPDPContextDeactivationByMSPackage PRESENT IF "an instance supports it", ggsnPDPContextDeactivationByGGSNPackage PRESENT IF "an instance supports it", ActivePDPContextsAtGGSNPackage PRESENT IF "an instance supports it"; REGISTERED AS {gsm1204managedobjectClass 1120} C.2 Measurement Package Definitions The following describes the individual measurements defined in GSM 12.04, annex B, as packages of attributes to be referenced by the appropriate managed object class. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 125 (GSM 12.04 version 7.0.0 Release 1998) C.2.1 General Measurement Function Packages C.2.1.1 basicMeasurementFunctionPackage basicMeasurementFunctionPackage PACKAGE BEHAVIOUR generalMeasurementFunctionBehaviour; ATTRIBUTES measurementFunctionId GET; NOTIFICATIONS "Recommendation X.721: 1992": objectCreation, "Recommendation X.721: 1992": objectDeletion; REGISTERED AS {gsm1204package 211}; C.2.2 BSC Measurement Function Related Packages C.2.2.1 requestForServicePackage requestForServicePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES unsuccReqsForService GET; REGISTERED AS {gsm1204package 221}; C.2.2.2 requestForServicePerCausePackage requestForServicePerCausePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES unsuccReqsForServicePerCause GET; REGISTERED AS {gsm1204package 222}; C.2.2.3 interArrivalTimePackage interArrivalTimePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanInterArrivalTime GET; REGISTERED AS {gsm1204package 223}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 126 (GSM 12.04 version 7.0.0 Release 1998) C.2.2.4 pagingMessagePerBSCPackage pagingMessagePerBSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attTransOfPagingMessagesPerBSC GET, unsuccTransOfPagingMessagesPerBSC GET; REGISTERED AS {gsm1204package 224}; C.2.2.5 immediateAssignmentProceduresPerBSCPackage immediateAssignmentProceduresPerBSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attImmediateAssingProcsPerBSC GET, succImmediateAssingProcsPerBSC GET; REGISTERED AS {gsm1204package 225}; C.2.2.6 internalHandoversIntraCellPerBSCPackage internalHandoversIntraCellPerBSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES succInternalHDOsIntraCellPerBSC GET, unsuccInternalHDOsIntraCellPerBSC GET; REGISTERED AS {gsm1204package 226}; C.2.2.7 internalHandoversPerBSCPackage internalHandoversPerBSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES succInternalHDOsPerBSC GET; REGISTERED AS {gsm1204package 227}; C.2.2.8 internalHandoversPerCausePackage internalHandoversPerCausePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES succInternalHDOsPerCause GET; REGISTERED AS {gsm1204package 228}; C.2.2.9 internalHandoverFailuresPerBSCPackage internalHandoverFailuresPerBSCPackage PACKAGE BEHAVIOUR ETSI ETSI TS 100 615 V7.0.0 (2000-02) 127 (GSM 12.04 version 7.0.0 Release 1998) generalMeasurementPackageBehaviour; ATTRIBUTES unsuccInternalHDOsWithReconnectionPerBSC GET, unsuccInternalHDOsWithLossOfConnectionPerBSC GET; REGISTERED AS {gsm1204package 229}; C.2.2.10 gprsPDUFlushReqPackage gprsPDUFlushReqPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES FlushReqReceived GET; REGISTERED AS {gsm1204package 2210}; C.2.2.11 gprsPagingRequestPackage gprsPagingRequestPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES pagingReqReceivedfromSGSN GET; REGISTERED AS {gsm1204package 2211}; C.2.2.12 gprsInterArrivalPackage gprsInterArrivalPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanPSInterArrivalTime GET; REGISTERED AS {gsm1204package 2212}; C.2.3 CELL Measurement Function Related Packages C.2.3.1 pchagchQueuePackage pchagchQueuePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanPCHAGCHQueueLength GET; REGISTERED AS {gsm1204package 231}; C.2.3.2 pagingMessagePackage pagingMessagePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES ETSI ETSI TS 100 615 V7.0.0 (2000-02) 128 (GSM 12.04 version 7.0.0 Release 1998) attTransOfPagingMessagesThePCH GET, unsuccTransOfPagingMessagesThePCH GET; REGISTERED AS {gsm1204package 232}; C.2.3.3 immediateAssignmentProceduresPackage immediateAssignmentProceduresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attImmediateAssingProcs GET, succImmediateAssingProcs GET; REGISTERED AS {gsm1204package 233}; C.2.3.4 immediateAssignmentProceduresPerCausePackage immediateAssignmentProceduresPerCausePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attImmediateAssingProcsPerCause GET, succImmediateAssingProcsPerCause GET; REGISTERED AS {gsm1204package 234}; C.2.3.5 pageDiscardPackage pageDiscardPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfPagesDiscardedFromPCHQueue GET; REGISTERED AS {gsm1204package 235}; C.2.3.6 durationOfPagingProceduresPackage durationOfPagingProceduresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanDurationOfSuccPagingProcs GET; REGISTERED AS {gsm1204package 236}; C.2.3.7 tchAvailablePackage tchAvailablePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfAvailableTCHs GET; REGISTERED AS {gsm1204package 237}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 129 (GSM 12.04 version 7.0.0 Release 1998) C.2.3.8 tchBusyPackage tchBusyPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanNbrOfBusyTCHs GET, maxNbrOfBusyTCHs GET; REGISTERED AS {gsm1204package 238}; C.2.3.9 idleTCHsPerInterferenceBandPackage idleTCHPerInterferenceBandPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanNbrOfIdleTCHsPerInterferenceBand GET; REGISTERED AS {gsm1204package 239}; C.2.3.10 tchSeizuresPackage tchSeizuresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attTCHSeizures GET, succTCHSeizures GET, attTCHSeizuresMeetingTCHBlockedState GET; REGISTERED AS {gsm1204package 2310}; C.2.3.11 tchAllocatedTimePackage tchAllocatedTimePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES allAvailableTCHAllocatedTime GET; REGISTERED AS {gsm1204package 2311}; C.2.3.12 tchBusyTimePackage tchBusyTimePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanTCHBusyTime GET; REGISTERED AS {gsm1204package 2312}; C.2.3.13 tchQueuePackage tchQueuePackage PACKAGE BEHAVIOUR ETSI ETSI TS 100 615 V7.0.0 (2000-02) 130 (GSM 12.04 version 7.0.0 Release 1998) generalMeasurementPackageBehaviour; ATTRIBUTES meanTCHQueueLength GET; REGISTERED AS {gsm1204package 2313}; C.2.3.14 lostRadioLinksPerTCHPackage lostRadioLinksPerTCHPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfLostRadioLinksTCH GET; REGISTERED AS {gsm1204package 2314}; C.2.3.15 sdcchAvailablePackage sdcchAvailablePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfAvailableSDCCHs GET; REGISTERED AS {gsm1204package 2315}; C.2.3.16 sdcchBusyPackage sdcchBusyPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanNbrOfBusySDCCHs GET, maxNbrOfBusySDCCHs GET; REGISTERED AS {gsm1204package 2316}; C.2.3.17 sdcchSeizuresPackage sdcchSeizuresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attSDCCHSeizuresMeetingSDCCHBlockedState GET; REGISTERED AS {gsm1204package 2317}; C.2.3.18 sdcchAllocatedTimePackage sdcchAllocatedTimePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES allAvailableSDCCHAllocatedTime GET; REGISTERED AS {gsm1204package 2318}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 131 (GSM 12.04 version 7.0.0 Release 1998) C.2.3.19 sdcchQueuePackage sdcchQueuePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanSDCCHQueueLength GET; REGISTERED AS {gsm1204package 2319}; C.2.3.20 lostRadioLinksPerSDCCHPackage lostRadioLinksPerSDCCHPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfLostRadioLinksSDCCH GET; REGISTERED AS {gsm1204package 2320}; C.2.3.21 downlinkPowerControlPackage downlinkPowerControlPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES relativeTimeDLPowerControlAtMax GET; REGISTERED AS {gsm1204package 2321}; C.2.3.22 uplinkPowerControlPackage uplinkPowerControlPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES relativeTimeULPowerControlAtMax GET; REGISTERED AS {gsm1204package 2322}; C.2.3.23 internalHandoversIntraCellPackage internalHandoversIntraCellPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES succInternalHDOsIntraCell GET, unsuccInternalHDOsIntraCell GET; REGISTERED AS {gsm1204package 2323}; C.2.3.24 incomingInternalInterCellHandoversPackage incomingInternalInterCellHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES ETSI ETSI TS 100 615 V7.0.0 (2000-02) 132 (GSM 12.04 version 7.0.0 Release 1998) attIncomingInternalInterCellHDOs GET, succIncomingInternalInterCellHDOs GET; REGISTERED AS {gsm1204package 2324}; C.2.3.25 outgoingInternalInterCellHandoversPackage outgoingInternalInterCellHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingInternalInterCellHDOs GET, succOutgoingInternalInterCellHDOs GET; REGISTERED AS {gsm1204package 2325}; C.2.3.26 internalHandoverFailurePackage internalHandoverFailurePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES unsuccHDOsWithReconnection GET, unsuccHDOsWithLossOfConnection GET; REGISTERED AS {gsm1204package 2326}; C.2.3.27 gprsPDCHAvailablePackage gprsPDCHAvailablePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES availablePDCH GET, meanNbrAvailablePDCH GET, maxNbrAvailablePDCH GET, minNbrAvailablePDCH GET; REGISTERED AS {gsm1204package 2327}; C.2.3.28 gprsPDCHOccupiedPackage gprsPDCHOccupiedPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanNbrOfOccPDCH GET, maxNbrOfOccPDCH GET, minNbrOfOccPDCH GET; REGISTERED AS {gsm1204package 2328}; C.2.3.29 gprsPDCHAllocatedPackage gprsPDCHAllocatedPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 133 (GSM 12.04 version 7.0.0 Release 1998) ATTRIBUTES availablePDCH AllocatedTime GET; REGISTERED AS {gsm1204package 2329}; C.2.3.30 gprsPCCCHPagingPackage gprsPCCCHPagingPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrPacketPagingMessagesPCHOnPCCCH GET; REGISTERED AS {gsm1204package 2330}; C.2.3.31 gprsPPCHQueueOnPCCCHPackage gprsPPCHQueueOnPCCCHPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanPPCHPAGCHQueueLengthOnPCCCH GET, nbrOfPSPagesDiscardedFromPPCHQueueOnPCCCH GET; REGISTERED AS {gsm1204package 2331}; C.2.3.32 gprsPDTCHAssignmentPackage gprsPDTCHAssignmentPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attPCReqAssPerCause GET, succPDTCHAssProcsPerCause GET, succPDTCHSeizures GET; REGISTERED AS {gsm1204package 2332}; C.2.3.33 gprsPDTCHQueuePackage gprsPDTCHQueuePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanPacketQueueLength GET; REGISTERED AS {gsm1204package 2333}; C.2.3.34 gprsCSChangePackage gprsCSChangePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfServiceChanges GET; REGISTERED AS {gsm1204package 2334}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 134 (GSM 12.04 version 7.0.0 Release 1998) C.2.4 internal HDO Measurement Function Related Packages C.2.4.1 incomingInternalInterCellPerCellHandoversPackage incomingInternalInterCellPerCellHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIncomingInternalInterCellHDOsPerOriginatingCell GET, succIncomingInternalInterCellHDOsPerOriginatingCellGET; REGISTERED AS {gsm1204package 241}; C.2.4.2 outgoingInternalInterCellPerCellHandoversPackage outgoingInternalInterCellPerCellHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingInternalInterCellHDOsPerTargetCellGET, succOutgoingInternalInterCellHDOsPerTargetCell GET; REGISTERED AS {gsm1204package 242}; C.2.5 MSC Measurement Function Related Packages C.2.5.1 classMarkPackage classMarkPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfClassMarkUpdates GET; REGISTERED AS {gsm1204package 251}; C.2.5.2 mobileOriginatingCallsPackage mobileOriginatingCallsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMobileOriginatingCalls GET, succMobileOriginatingCalls GET, ansMobileOriginatingCalls GET; REGISTERED AS {gsm1204package 252}; C.2.5.3 mobileTerminatingCallsPackage mobileTerminatingCallsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMobileTerminatingCalls GET, ETSI ETSI TS 100 615 V7.0.0 (2000-02) 135 (GSM 12.04 version 7.0.0 Release 1998) succMobileTerminatingCalls GET, ansMobileTerminatingCalls GET; REGISTERED AS {gsm1204package 253}; C.2.5.4 mobileEmergencyCallsPackage mobileEmergencyCallsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMobileEmergencyCalls GET, succMobileEmergencyCalls GET, ansMobileEmergencyCalls GET; REGISTERED AS {gsm1204package 254}; C.2.5.5 cipheringModePackage cipheringModePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attCipheringModeControlProcs GET, succCipheringModeControlProcs GET; REGISTERED AS {gsm1204package 255}; C.2.5.6 interrogatingHLRPackage interrogatingHLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attInterrogationOfHLRsForRouting GET, succInterrogationOfHLRsMSRNObtained GET, succInterrogationOfHLRsCallForwarding GET; REGISTERED AS {gsm1204package 256}; C.2.5.7 mobileOriginatingPointToPointSMPackage mobileOriginatingPointToPointSMPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOpForMobileOriginatingPointToPointSMs GET, succOpForMobileOriginatingPointToPointSMs GET; REGISTERED AS {gsm1204package 257}; C.2.5.8 mobileTerminatingPointToPointSMPackage mobileTerminatingPointToPointSMPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES ETSI ETSI TS 100 615 V7.0.0 (2000-02) 136 (GSM 12.04 version 7.0.0 Release 1998) attOpForMobileTerminatingPointToPointSMs GET, succOpForMobileTerminatingPointToPointSMs GET; REGISTERED AS {gsm1204package 258}; C.2.5.9 imeiRequestPackage imeiRequestPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfTransCheckIMEIRequests GET; REGISTERED AS {gsm1204package 259}; C.2.5.10 whiteAnswersInMSCPackage whiteAnswersInMSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfWhiteAnsInMSC GET; REGISTERED AS {gsm1204package 2510}; C.2.5.11 greyAnswersInMSCPackage greyAnswersInMSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfGreyAnsInMSC GET; REGISTERED AS {gsm1204package 2511}; C.2.5.12 blackAnswersInMSCPackage blackAnswersInMSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfBlackAnsInMSC GET; REGISTERED AS {gsm1204package 2512}; C.2.5.13 unknownIMEIAnswersInMSCPackage unknownIMEIAnswersInMSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfUnknownIMEIAnsInMSC GET; REGISTERED AS {gsm1204package 2513}; C.2.5.14 callSetupServicePackage callSetupServicePackage PACKAGE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 137 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanTimeToCallSetupService GET; REGISTERED AS {gsm1204package 2514}; C.2.5.15 locationUpdatingServicePackage locationUpdatingServicePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES meanTimeToLocationUpdateService GET; REGISTERED AS {gsm1204package 2515}; C.2.5.16 subscriberIdentifiedWithTMSIPackage subscriberIdentifiedWithTMSIPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES transSubIdentifiedWithTMSI GET; REGISTERED AS {gsm1204package 2516}; C.2.5.17 subscriberIdentifiedWithIMSIPackage subscriberIdentifiedWithIMSIPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES transSubIdentifiedWithIMSI GET; REGISTERED AS {gsm1204package 2517}; C.2.5.18 tmsiReallocationsPackage tmsiReallocationsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attTMSIReallocations GET, succTMSIReallocations GET; REGISTERED AS {gsm1204package 2518}; C.2.5.19 imsiDetachProceduresPackage imsiDetachProceduresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES imsiDetachProcs GET, imsiAttachProcs GET; REGISTERED AS {gsm1204package 2519}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 138 (GSM 12.04 version 7.0.0 Release 1998) C.2.5.20 incomingExternalIntraMSCHandoversPackage incomingExternalIntraMSCHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIncomingExternalIntraMSCHDOs GET, succIncomingExternalIntraMSCHDOs GET; REGISTERED AS {gsm1204package 2520}; C.2.5.21 outgoingExternalIntraMSCHandoversPackage outgoingExternalIntraMSCHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingExternalIntraMSCHDOs GET, succOutgoingExternalIntraMSCHDOs GET; REGISTERED AS {gsm1204package 2521}; C.2.5.22 incomingInterMSCHandoversPackage incomingInterMSCHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIncomingInterMSCHDOs GET, succIncomingInterMSCHDOs GET; REGISTERED AS {gsm1204package 2522}; C.2.5.23 outgoingInterMSCHandoversPackage outgoingInterMSCHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingInterMSCHDOs GET, succOutgoingInterMSCHDOs GET; REGISTERED AS {gsm1204package 2523}; C.2.5.24 subsequentInterMSCHandoversToMACaPackage subsequentInterMSCHandoversToMACaPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attSubsequentInterMSCHDOsMSCa GET, succSubsequentInterMSCHDOsMSCa GET; REGISTERED AS {gsm1204package 2524}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 139 (GSM 12.04 version 7.0.0 Release 1998) C.2.5.25 subsequentInterMSCHandoversToMACcPackage subsequentInterMSCHandoversToMACcPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attSubsequentInterMSCHDOsMSCc GET, succSubsequentInterMSCHDOsMSCc GET; REGISTERED AS {gsm1204package 2525}; C.2.5.26 externalHandoversPackage externalHandoversPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES externalHDOs GET; REGISTERED AS {gsm1204package 2526}; C.2.5.27 externalHandoversPerCausePackage externalHandoversPerCausePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES externalHDOsPerCause GET; REGISTERED AS {gsm1204package 2527}; C.2.5.28 externalHandoverFailurePerMSCPackage externalHandoverFailurePerMSCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES unsuccExternHDOsWithReconnectionPerMSC GET, unsuccExternHDOsWithLossOfConnectionPerMSC GET; REGISTERED AS {gsm1204package 2528}; C.2.6 external HDO Measurement Function Related Packages C.2.6.1 incomingExternalIntraMSCHandoversPerCellPackage incomingExternalIntraMSCHandoversPerCellPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIncomingExternalIntraMSCHDOsPerOriginatingCell GET, succIncomingExternalIntraMSCHDOsPerOriginatingCell GET; REGISTERED AS {gsm1204package 261}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 140 (GSM 12.04 version 7.0.0 Release 1998) C.2.6.2 outgoingExternalIntraMSCHandoversPerCellPackage outgoingExternalIntraMSCHandoversPerCellPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingExternalIntraMSCHDOsPerTargetCell GET, succOutgoingExternalIntraMSCHDOsPerTargetCell GET; REGISTERED AS {gsm1204package 262}; C.2.6.3 incomingExternalInterMSCHandoversPerCellPackage incomingExternalInterMSCHandoversPerCellPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIncomingInterMSCHDOsPerOriginatingCell GET, succIncomingInterMSCHDOsPerOriginatingCellGET; REGISTERED AS {gsm1204package 263}; C.2.6.4 outgoingExternalInterMSCHandoversPerCellPackage outgoingExternalInterMSCHandoversPerCellPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attOutgoingInterMSCHDOsPerTargetCell GET, succOutgoingInterMSCHDOsPerTargetCell GET; REGISTERED AS {gsm1204package 264}; C.2.7 HLR Measurement Function Related Packages C.2.7.1 msRoamingOutsideHPLMNPackage msRoamingOutsideHPLMNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfCurrentMSsRoamingOutsideHPLMN GET; REGISTERED AS {gsm1204package 271}; C.2.7.2 authenticationSetsHLRToVLRPackage authenticationSetsHLRToVLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attReqForAuthSetsReceivedByHLRFromVLRs GET, succReturnedAuthSetsFromHLRToVLRs GET, emptyResponsesForAuthSetsFromHLRToVLRs GET; REGISTERED AS {gsm1204package 272}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 141 (GSM 12.04 version 7.0.0 Release 1998) C.2.7.3 insertSubscriberDataServicePackage insertSubscriberDataServicePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attInsertSubDataService GET, succInsertSubDataService GET; REGISTERED AS {gsm1204package 273}; C.2.7.4 locationUpdatePackage locationUpdatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attLocationUpdate GET, succLocationUpdate GET; REGISTERED AS {gsm1204package 274}; C.2.7.5 ssRelatedOperationsInHLRPackage ssRelatedOperationsInHLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attSSRelatedOperationsInHLR GET, succSSRelatedOperationsInHLR GET; REGISTERED AS {gsm1204package 275}; C.2.7.6 requestForSMRoutingPackage requestForSMRoutingPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attReqForSMRoutingInfo GET, succReqForSMRoutingInfo GET; REGISTERED AS {gsm1204package 276}; C.2.7.7 smDeliveryStatusReportProceduresPackage smDeliveryStatusReportProceduresPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attSMDeliveryStatusReportProcs GET, succSMDeliveryStatusReportProcs GET; REGISTERED AS {gsm1204package 277}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 142 (GSM 12.04 version 7.0.0 Release 1998) C.2.7.8 sendAlertsPackage sendAlertsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attNbrOfSendAlerts GET, succNbrOfSendAlerts GET; REGISTERED AS {gsm1204package 278}; C.2.7.9 requestForMSRNPackage requestForMSRNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attReqForMSRN GET, succReqForMSRN GET; REGISTERED AS {gsm1204package 279}; C.2.8 VLR Measurement Function Related Packages C.2.8.1 msMemoryAvailableNotificationsPackage msMemoryAvailableNotificationsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMSMemoryAvailableNotifications GET, succMSMemoryAvailableNotifications GET; REGISTERED AS {gsm1204package 281}; C.2.8.2 identificationRequestToPVLRPackage identificationRequestToPVLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIdentificationReqToPVLRs GET, succIdentificationReqToPVLRs GET; REGISTERED AS {gsm1204package 282}; C.2.8.3 pageRequestPackage pageRequestPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attPageReqs GET, succPageReqs GET; REGISTERED AS {gsm1204package 283}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 143 (GSM 12.04 version 7.0.0 Release 1998) C.2.8.4 pageRequestPerLocationAreaPackage pageRequestPerLocationAreaPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attPageReqsPerLocationArea GET, succPageReqsPerLocationArea GET; REGISTERED AS {gsm1204package 284}; C.2.8.5 authenticationSetsVLRToHLRPackage authenticationSetsVLRToHLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attReqForAuthSetsSentToHLR GET, succReceivedAuthSetsFromHLR GET, emptyResponsesForAuthFromHLR GET; REGISTERED AS {gsm1204package 285}; C.2.8.6 authenticationInVLRPackage authenticationInVLRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attAuthProcsInVLR GET, succAuthProcsInVLR GET; REGISTERED AS {gsm1204package 286}; C.2.8.7 intraVLRLocationUpdatePackage intraVLRLocationUpdatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIntraVLRLocationUpdates GET, succIntraVLRLocationUpdates GET; REGISTERED AS {gsm1204package 287}; C.2.8.8 interVLRLocationUpdatePackage interVLRLocationUpdatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attInterVLRLocationUpdates GET, succInterVLRLocationUpdates GET; REGISTERED AS {gsm1204package 288}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 144 (GSM 12.04 version 7.0.0 Release 1998) C.2.8.9 visitorsFromOtherPLMNPackage visitorsFromOtherPLMNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES arrivalOfVisitorsFromOtherPLMNs GET; REGISTERED AS {gsm1204package 289}; C.2.9 EIR Measurement Function Related Packages C.2.9.1 receivedIMEIcheckRequestPackage receivedIMEIcheckRequestPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfReceivedIMEICheckReqs GET; REGISTERED AS {gsm1204package 291}; C.2.9.2 whiteAnswersInEIRPackage whiteAnswersInEIRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfWhiteAnsInEIR GET; REGISTERED AS {gsm1204package 292}; C.2.9.3 greyAnswersInEIRPackage greyAnswersInEIRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfGreyAnsInEIR GET; REGISTERED AS {gsm1204package 293}; C.2.9.4 blackAnswersInEIRPackage blackAnswersInEIRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfBlackAnsInEIR GET; REGISTERED AS {gsm1204package 294}; C.2.9.5 unknownIMEIAnswersInEIRPackage unknownIMEIAnswersInEIRPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 145 (GSM 12.04 version 7.0.0 Release 1998) ATTRIBUTES nbrOfUnknownIMEIAnsInEIR GET; REGISTERED AS {gsm1204package 295}; C.2.10 SMS Measurement Function Related Packages C.2.10.1 mobileOriginatingSMForwardingPackage mobileOriginatingSMForwardingPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMobileOriginatingSMForwardings GET, succMobileOriginatingSMForwardings GET; REGISTERED AS {gsm1204package 2101}; C.2.10.2 mobileTerminatingSMForwardingPackage mobileTerminatingSMForwardingPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attMobileTerminatingSMForwardings GET, succMobileTerminatingSMForwardings GET; REGISTERED AS {gsm1204package 2102}; C.2.11 SGSN Measurement Function Related Packages C.2.11.1 sgsnLLCPackage sgsnLLCPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrLlcFramesSent GET, nbrllcFramesReceived GET, errLlcFramesDetectedBySgsn GET, retransmittedLlcFramestoMs GET; REGISTERED AS {gsm1204package 2111}; C.2.11.2 sgsnSNDCPPackage sgsnSNDCPPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES uplinkSndcpNpduReceived GET, uplinkSndcpOctetReceivedMode GET, downlinkSndcpNpdusent GET, downlinkSndcpOctetSent GET; REGISTERED AS {gsm1204package 2112}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 146 (GSM 12.04 version 7.0.0 Release 1998) C.2.11.3 gprsAttachPackage gprsAttachPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attGprsAttach GET, succGprsAttach GET; REGISTERED AS {gsm1204package 2113}; C.2.11.4 gprsIMSIAttachPackage gprsIMSIAttachPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attCombiAttach GET, succCombiAttach GET; REGISTERED AS {gsm1204package 2114}; C.2.11.5 gprsIMSIAlreadyAttachedPackage gprsIMSIAlreadyAttachedPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attImsiAttach GET, succImsiAttach GET; REGISTERED AS {gsm1204package 2115}; C.2.11.6 gprsAttachedSubscribersPackage gprsAttachedSubscribersPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfAttachedSub GET, meanNbrOfAttachedSub GET, maxNbrOfAttachedSub GET; REGISTERED AS {gsm1204package 2116}; C.2.11.7 gprsMSDetachPackage gprsMSDetachPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attGprsDetachMs GET, attCombiDetachMs GET, attImsiDetachMs GET; REGISTERED AS {gsm1204package 2117}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 147 (GSM 12.04 version 7.0.0 Release 1998) C.2.11.8 gprsSGSNDetachPackage gprsSGSNDetachPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attGprsdetachSgsn GET, succGprsdetachSgsn GET; REGISTERED AS {gsm1204package 2118}; C.2.11.9 gprsRouting AreaUpdatePackage gprsRouting AreaUpdatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attItraSgsnRaUpdate GET, succIntraSgsnRaUpdate GET, attInterSgsnRaUpdate GET, succInterSgsnRaUpdate GET; REGISTERED AS {gsm1204package 2119}; C.2.11.10 pTMSIReallocationPackage pTMSIReallocationPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attPTMSIRealloc GET, succPTMSIrealloc GET; REGISTERED AS {gsm1204package 21110}; C.2.11.11 sgsnHLRAuthenticationPackage sgsnHLRAuthenticationPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attreqAuthSetsSentToHlrBySgsn GET, succReqAuthSetsHlr GET, emptyResponsesForAuthSetsFromHlr GET; REGISTERED AS {gsm1204package 21111}; C.2.11.12 sgsnAuthenticationProcPackage sgsnAuthenticationProcPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attAuthInSgsn GET, succAuthInSgsn GET; REGISTERED AS {gsm1204package 21112}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 148 (GSM 12.04 version 7.0.0 Release 1998) C.2.11.13 sgsnIdentityRequestPackage sgsnIdentityRequestPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attIdentityReq GET, succIdentityReq GET; REGISTERED AS {gsm1204package 21113}; C.2.11.14 sgsnCipheringModePackage sgsnCipheringModePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attCipheringModeControlPerSgsn GET, succCipheringModeControlPerSgsn GET; REGISTERED AS {gsm1204package 21114}; C.2.11.15 gprsSubsStandbyStatePackage gprsSubsStandbyStatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfSubStandby GET, meanNbrOfSubStandby GET, maxNbrOfSubStandby GET; REGISTERED AS {gsm1204package 21115}; C.2.11.16 gprsSubsReadyStatePackage gprsSubsReadyStatePackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfSubReady GET, meanNbrOfSubReady GET, maxNbrOfSubReady GET; REGISTERED AS {gsm1204package 21116}; C.2.11.17 sgsnIMEICheckRequestsPackage sgsnIMEICheckRequestsPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfCheckIMEIRequests GET; REGISTERED AS {gsm1204package 21117}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 149 (GSM 12.04 version 7.0.0 Release 1998) C.2.11.18 whiteAnswersInSGSNPackage whiteAnswersInSGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfWhiteAnswerInSgsn GET; REGISTERED AS {gsm1204package 21118}; C.2.11.19 greyAnswersInSGSNPackage greyAnswersInSGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfGreyAnswerInSgsn GET; REGISTERED AS {gsm1204package 21119}; C.2.11.20 blackAnswersInSGSNPackage blackAnswersInSGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfBlackAnswerInSgsn GET; REGISTERED AS {gsm1204package 21120}; C.2.11.21 unknownIMEIAnswersInSGSNPackage unknownIMEIAnswersInSGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrOfUnknownAnswerInSgsn GET; REGISTERED AS {gsm1204package 21121}; C.2.11.22 sgsnPacketSwitched PagingPackage sgsnPacketSwitched PagingPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attPacketSwitchedPaging GET, unsuccPacketSwitchedPaging GET; REGISTERED AS {gsm1204package 21122}; C.2.11.23 sgsnPacketSwitched PagingPerRAPackage sgsnPacketSwitched PagingPerRAPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES ETSI ETSI TS 100 615 V7.0.0 (2000-02) 150 (GSM 12.04 version 7.0.0 Release 1998) attPsPagingPerRoutingArea GET, unsuccPsPagingPerRoutingArea GET; REGISTERED AS {gsm1204package 21123}; C.2.11.24 sgsnPDPContextActivationByMSPackage sgsnPDPContextActivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attActPdpContextMSPerSgsn GET, succActPdpContextMSPerSgsn GET; REGISTERED AS {gsm1204package 21124}; C.2.11.25 sgsnDynamicPDPContextActivationByMSPackage sgsnDynamicPDPContextActivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attActPdpContextDynMSPerSgsn GET, succActPdpContextDynMSPerSgsn GET; REGISTERED AS {gsm1204package 21125}; C.2.11.26 sgsnPDPContextDeactivationByMSPackage sgsnPDPContextDeactivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attDeactPdpContextMsPerSgsn GET, succDeactPdpContextMsPerSgsn GET; REGISTERED AS {gsm1204package 21126}; C.2.11.27 sgsnPDPContextDeactivationByGGSNPackage sgsnPDPContextDeactivationByGGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attDeactPdpContextGgsnPerSgsn GET, succDeactPdpContextGgsnPerSgsn GET; REGISTERED AS {gsm1204package 21127}; C.2.11.28 subscriberPDPContextsAtSGSNPackage subscriberPDPContextsAtSGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES nbrSubsWithActivePdpInSgsn GET, meanSubsWithActivePdpInSgsn GET, ETSI ETSI TS 100 615 V7.0.0 (2000-02) 151 (GSM 12.04 version 7.0.0 Release 1998) nmaxSubsWithActivePdpInSgsn GET; REGISTERED AS {gsm1204package 21128}; C.2.12 GGSN Measurement Function Related Packages C.2.12.1 ggsnPDPContextActivationByMSPackage ggsnPDPContextActivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attActPdpContextPerApnOfGgsn GET, succActPdpContextPerApnOfGgsn GET; REGISTERED AS {gsm1204package 2121} C.2.12.2 ggsnDynamicPDPContextActivationByMSPackage ggsnDynamicPDPContextActivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attActPdpContextDnyPerApnOfGgsn GET, succActPdpContextDnyPerApnOfGgsn GET; REGISTERED AS {gsm1204package 2122}; C.2.12.3 ggsnPDPContextDeactivationByMSPackage ggsnPDPContextDeactivationByMSPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attDeactPdpContextMsPerApnOfGgsn GET, succDeactPdpContextMsPerApnOfGgsn GET; REGISTERED AS {gsm1204package 2123}; C.2.12.4 ggsnPDPContextDeactivationByGGSNPackage ggsnPDPContextDeactivationByGGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ATTRIBUTES attDeactPdpContextByGgsnPerApn GET, succDeactPdpContextByGgsnMsPerApn GET; REGISTERED AS {gsm1204package 2124}; C.2.12.5 ActivePDPContextsAtGGSNPackage ActivePDPContextsAtGGSNPackage PACKAGE BEHAVIOUR generalMeasurementPackageBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 152 (GSM 12.04 version 7.0.0 Release 1998) ATTRIBUTES nbrOfActivePdpContextsPerApnAtGgsn GET, meanNbrOfActivePdpContextsPerApnAtGgsn GET, maxNbrOfActivePdpContextsPerApnAtGgsn GET; REGISTERED AS {gsm1204package 2125}; C.3 Measurement Attribute Definitions C.3.1 General Measurement Function Related Attributes C.3.1.1 measurementFunctionId measurementFunctionId ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementFunctionId; BEHAVIOUR measurementFunctionIdBehaviour; REGISTERED AS {gsm1204attribute 311}; measurementFunctionIdBehaviour BEHAVIOUR DEFINED AS "This is the identity of the measurement function"; C.3.1.2 observedCell observedCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMCellName; BEHAVIOUR observedCellBehaviour; REGISTERED AS {gsm1204attribute 312}; observedCellBehaviour BEHAVIOUR DEFINED AS "This is the Cell that is to be observed for this measurement"; C.3.1.3 adjacentCell adjacentCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMCellName; BEHAVIOUR adjacentCellBehaviour; REGISTERED AS {gsm1204attribute 313}; adjacentCellBehaviour BEHAVIOUR DEFINED AS "This is the Cell that is adjacent to the observed cell for this measurement"; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 153 (GSM 12.04 version 7.0.0 Release 1998) C.3.2 BSC Measurement Function Related Attributes C.3.2.1 unsuccReqsForService unsuccReqsForService ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 321}; C.3.2.2 unsuccReqsForServicePerCause unsuccReqsForServicePerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType3; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 322}; C.3.2.3 meanInterArrivalTime meanInterArrivalTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 323}; C.3.2.4 attTransOfPagingMessagesPerBSC attTransOfPagingMessagesPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 324}; C.3.2.5 unsuccTransOfPagingMessagesPerBSC unsuccTransOfPagingMessagesPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 325}; C.3.2.6 attImmediateAssingProcsPerBSC attImmediateAssingProcsPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 154 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 326}; C.3.2.7 succImmediateAssingProcsPerBSC succImmediateAssingProcsPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 327}; C.3.2.8 succInternalHDOsIntraCellPerBSC succInternalHDOsIntraCellPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 328}; C.3.2.9 unsuccInternalHDOsIntraCellPerBSC unsuccInternalHDOsIntraCellPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 329}; C.3.2.10 succInternalHDOsPerBSC succInternalHDOsPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3210}; C.3.2.11 succInternalHDOsPerCause succInternalHDOsPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType3; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3211}; C.3.2.12 unsuccInternalHDOsWithReconnectionPerBSC unsuccInternalHDOsWithReconnectionPerBSC ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 155 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3212}; C.3.2.13 unsuccInternalHDOsWithLossOfConnectionPerBSC unsuccInternalHDOsWithLossOfConnectionPerBSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3213}; C.3.2.14 flushRequestReceived flushRequestReceived ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3214}; C.3.2.15 pagingReqReceivedfromSgsn pagingReqReceivedfromSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3215}; C.3.2.16 meanPSInterArrivalTime meanPSInterArrivalTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3216}; C.3.3 CELL Measurement Function Related Attributes C.3.3.1 meanPCHAGCHQueueLength meanPCHAGCHQueueLength ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 331}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 156 (GSM 12.04 version 7.0.0 Release 1998) C.3.3.2 attTransOfPagingMessagesThePCH attTransOfPagingMessagesThePCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 332}; C.3.3.3 unsuccTransOfPagingMessagesThePCH unsuccTransOfPagingMessagesThePCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 333}; C.3.3.4 attImmediateAssingProcs attImmediateAssingProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 334}; C.3.3.5 succImmediateAssingProcs succImmediateAssingProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 335}; C.3.3.6 attImmediateAssingProcsPerCause attImmediateAssingProcsPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType3; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 336}; C.3.3.7 succImmediateAssingProcsPerCause succImmediateAssingProcsPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType3; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 157 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 337}; C.3.3.8 nbrOfPagesDiscardedFromPCHQueue nbrOfPagesDiscardedFromPCHQueue ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 338}; C.3.3.9 meanDurationOfSuccPagingProcs meanDurationOfSuccPagingProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 339}; C.3.3.10 nbrOfAvailableTCHs nbrOfAvailableTCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3310}; C.3.3.11 meanNbrOfBusyTCHs meanNbrOfBusyTCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3311}; C.3.3.12 maxNbrOfBusyTCHs maxNbrOfBusyTCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3312}; C.3.3.13 meanNbrOfIdleTCHsPerInterferenceBand meanNbrOfIdleTCHsPerInterferenceBand ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType4; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 158 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3313}; C.3.3.14 attTCHSeizures attTCHSeizures ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3314}; C.3.3.15 succTCHSeizures succTCHSeizures ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3315}; C.3.3.16 attTCHSeizuresMeetingTCHBlockedState attTCHSeizuresMeetingTCHBlockedState ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3316}; C.3.3.17 allAvailableTCHAllocatedTime allAvailableTCHAllocatedTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3317}; C.3.3.18 meanTCHBusyTime meanTCHBusyTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3318}; C.3.3.19 meanTCHQueueLength meanTCHQueueLength ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 159 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3319}; C.3.3.20 nbrOfLostRadioLinksTCH nbrOfLostRadioLinksTCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3320}; C.3.3.21 nbrOfAvailableSDCCHs nbrOfAvailableSDCCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3321}; C.3.3.22 meanNbrOfBusySDCCHs meanNbrOfBusySDCCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3322}; C.3.3.23 maxNbrOfBusySDCCHs maxNbrOfBusySDCCHs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3323}; C.3.3.24 attSDCCHSeizuresMeetingSDCCHBlockedState attSDCCHSeizuresMeetingSDCCHBlockedState ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3324}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 160 (GSM 12.04 version 7.0.0 Release 1998) C.3.3.25 allAvailableSDCCHAllocatedTime allAvailableSDCCHAllocatedTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3325}; C.3.3.26 meanSDCCHQueueLength meanSDCCHQueueLength ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3326}; C.3.3.27 nbrOfLostRadioLinksSDCCH nbrOfLostRadioLinksSDCCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3327}; C.3.3.28 relativeTimeDLPowerControlAtMax relativeTimeDLPowerControlAtMax ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3328}; C.3.3.29 relativeTimeULPowerControlAtMax relativeTimeULPowerControlAtMax ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3329}; C.3.3.30 succInternalHDOsIntraCell succInternalHDOsIntraCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 161 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 3330}; C.3.3.31 unsuccInternalHDOsIntraCell unsuccInternalHDOsIntraCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3331}; C.3.3.32 attIncomingInternalInterCellHDOs attIncomingInternalInterCellHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3332}; C.3.3.33 succIncomingInternalInterCellHDOs succIncomingInternalInterCellHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3333}; C.3.3.34 attOutgoingInternalInterCellHDOs attOutgoingInternalInterCellHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3334}; C.3.3.35 succOutgoingInternalInterCellHDOs succOutgoingInternalInterCellHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3335}; C.3.3.36 unsuccHDOsWithReconnection unsuccHDOsWithReconnection ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 162 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3336}; C.3.3.37 unsuccHDOsWithLossOfConnection unsuccHDOsWithLossOfConnection ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3337}; C.3.3.38 availablePDCH availablePDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3338}; C.3.3.39 meanNbrAvailablePDCH meanNbrAvailablePDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3339}; C.3.3.40 maxNbrAvailablePDCH maxNbrAvailablePDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3340}; C.3.3.41 minNbrAvailablePDCH minNbrAvailablePDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3341}; C.3.3.42 meanNbrOfOccPDCH meanNbrOfOccPDCH ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 163 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3342}; C.3.3.43 maxNbrOfOccPDCH maxNbrOfOccPDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3343}; C.3.3.44 minNbrOfOccPDCH minNbrOfOccPDCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3344}; C.3.3.45 availablePDCHAllocatedTime availablePDCHAllocatedTime ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3345}; C.3.3.46 nbrPacketPagingMessagesPCHOnPCCCH nbrPacketPagingMessagesPCHOnPCCCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3346}; C.3.3.47 meanPPCHPAGCHQueueLengthOnPCCCH meanPPCHPAGCHQueueLengthOnPCCCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3347}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 164 (GSM 12.04 version 7.0.0 Release 1998) C.3.3.48 nbrOfPSPagesDiscardedFromPPCHQueueOnPCCCH nbrOfPSPagesDiscardedFromPPCHQueueOnPCCCH ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3348}; C.3.3.49 attPCReqAssPerCause attPCReqAssPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3349}; C.3.3.50 succPDTCHAssProcsPerCause succPDTCHAssProcsPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3350}; C.3.3.51 succPDTCHSeizures succPDTCHSeizures ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3351}; C.3.3.52 meanPacketQueueLength meanPacketQueueLength ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3352}; C.3.3.53 nbrOfServiceChanges nbrOfServiceChanges ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 165 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 3353}; C.3.4 internal HDO Measurement Function Related Attributes C.3.4.1 attIncomingInternalInterCellHDOsPerOriginatingCell attIncomingInternalInterCellHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 341}; C.3.4.2 succIncomingInternalInterCellHDOsPerOriginatingCell succIncomingInternalInterCellHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 342}; C.3.4.3 attOutgoingInternalInterCellHDOsPerTargetCell attOutgoingInternalInterCellHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 343}; C.3.4.4 succOutgoingInternalInterCellHDOsPerTargetCell succOutgoingInternalInterCellHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 344}; C.3.5 MSC Measurement Function Related Attributes C.3.5.1 nbrOfClassMarkUpdates nbrOfClassMarkUpdates ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 351}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 166 (GSM 12.04 version 7.0.0 Release 1998) C.3.5.2 attMobileOriginatingCalls attMobileOriginatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 352}; C.3.5.3 succMobileOriginatingCalls succMobileOriginatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 353}; C.3.5.4 ansMobileOriginatingCalls ansMobileOriginatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 354}; C.3.5.5 attMobileTerminatingCalls attMobileTerminatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 355}; C.3.5.6 succMobileTerminatingCalls succMobileTerminatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 356}; C.3.5.7 ansMobileTerminatingCalls ansMobileTerminatingCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 167 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 357}; C.3.5.8 attMobileEmergencyCalls attMobileEmergencyCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 358}; C.3.5.9 succMobileEmergencyCalls succMobileEmergencyCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 359}; C.3.5.10 ansMobileEmergencyCalls ansMobileEmergencyCalls ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3510}; C.3.5.11 attCipheringModeControlProcs attCipheringModeControlProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3511}; C.3.5.12 succCipheringModeControlProcs succCipheringModeControlProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3512}; C.3.5.13 attInterrogationOfHLRsForRouting attInterrogationOfHLRsForRouting ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 168 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3513}; C.3.5.14 succInterrogationOfHLRsMSRNObtained succInterrogationOfHLRsMSRNObtained ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3514}; C.3.5.15 succInterrogationOfHLRsCallForwarding succInterrogationOfHLRsCallForwarding ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3515}; C.3.5.16 attOpForMobileOriginatingPointToPointSMs attOpForMobileOriginatingPointToPointSMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3516}; C.3.5.17 succOpForMobileOriginatingPointToPointSMs succOpForMobileOriginatingPointToPointSMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3517}; C.3.5.18 attOpForMobileTerminatingPointToPointSMs attOpForMobileTerminatingPointToPointSMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3518}; C.3.5.19 succOpForMobileTerminatingPointToPointSMs succOpForMobileTerminatingPointToPointSMs ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 169 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3519}; C.3.5.20 nbrOfTransCheckIMEIRequests nbrOfTransCheckIMEIRequests ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3520}; C.3.5.21 nbrOfWhiteAnsInMSC nbrOfWhiteAnsInMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3521}; C.3.5.22 nbrOfGreyAnsInMSC nbrOfGreyAnsInMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3522}; C.3.5.23 nbrOfBlackAnsInMSC nbrOfBlackAnsInMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3523}; C.3.5.24 nbrOfUnknownIMEIAnsInMSC nbrOfUnknownIMEIAnsInMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3524}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 170 (GSM 12.04 version 7.0.0 Release 1998) C.3.5.25 meanTimeToCallSetupService meanTimeToCallSetupService ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3525}; C.3.5.26 meanTimeToLocationUpdateService meanTimeToLocationUpdateService ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType2; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3526}; C.3.5.27 transSubIdentifiedWithTMSI transSubIdentifiedWithTMSI ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3527}; C.3.5.28 transSubIdentifiedWithIMSI transSubIdentifiedWithIMSI ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3528}; C.3.5.29 attTMSIReallocations attTMSIReallocations ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3529}; C.3.5.30 succTMSIReallocations succTMSIReallocations ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 171 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 3530}; C.3.5.31 imsiDetachProcs imsiDetachProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3531}; C.3.5.32 imsiAttachProcs imsiAttachProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3532}; C.3.5.33 attIncomingExternalIntraMSCHDOs attIncomingExternalIntraMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3533}; C.3.5.34 succIncomingExternalIntraMSCHDOs succIncomingExternalIntraMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3534}; C.3.5.35 attOutgoingExternalIntraMSCHDOs attOutgoingExternalIntraMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3535}; C.3.5.36 succOutgoingExternalIntraMSCHDOs succOutgoingExternalIntraMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 172 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3536}; C.3.5.37 attIncomingInterMSCHDOs attIncomingInterMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3537}; C.3.5.38 succIncomingInterMSCHDOs succIncomingInterMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3538}; C.3.5.39 attOutgoingInterMSCHDOs attOutgoingInterMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3539}; C.3.5.40 succOutgoingInterMSCHDOs succOutgoingInterMSCHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3540}; C.3.5.41 attSubsequentInterMSCHDOsMSCa attSubsequentInterMSCHDOsMSCa ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3541}; C.3.5.42 succSubsequentInterMSCHDOsMSCa succSubsequentInterMSCHDOsMSCa ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 173 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3542}; C.3.5.43 attSubsequentInterMSCHDOsMSCc attSubsequentInterMSCHDOsMSCc ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3543}; C.3.5.44 succSubsequentInterMSCHDOsMSCc succSubsequentInterMSCHDOsMSCc ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3544}; C.3.5.45 externalHDOs externalHDOs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3545}; C.3.5.46 externalHDOsPerCause externalHDOsPerCause ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType3; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3546}; C.3.5.47 unsuccExternHDOsWithReconnectionPerMSC unsuccExternHDOsWithReconnectionPerMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3547}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 174 (GSM 12.04 version 7.0.0 Release 1998) C.3.5.48 unsuccExternHDOsWithLossOfConnectionPerMSC unsuccExternHDOsWithLossOfConnectionPerMSC ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3548}; C.3.6 external HDO Measurement Function Related Attributes C.3.6.1 attIncomingExternalIntraMSCHDOsPerOriginatingCell attIncomingExternalIntraMSCHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 361}; C.3.6.2 succIncomingExternalIntraMSCHDOsPerOriginatingCell succIncomingExternalIntraMSCHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 362}; C.3.6.3 attOutgoingExternalIntraMSCHDOsPerTargetCell attOutgoingExternalIntraMSCHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 363}; C.3.6.4 succOutgoingExternalIntraMSCHDOsPerTargetCell succOutgoingExternalIntraMSCHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 364}; C.3.6.5 attIncomingInterMSCHDOsPerOriginatingCell attIncomingInterMSCHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX ETSI ETSI TS 100 615 V7.0.0 (2000-02) 175 (GSM 12.04 version 7.0.0 Release 1998) GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 365}; C.3.6.6 succIncomingInterMSCHDOsPerOriginatingCell succIncomingInterMSCHDOsPerOriginatingCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 366}; C.3.6.7 attOutgoingInterMSCHDOsPerTargetCell attOutgoingInterMSCHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 367}; C.3.6.8 succOutgoingInterMSCHDOsPerTargetCell succOutgoingInterMSCHDOsPerTargetCell ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 368}; C.3.7 HLR Measurement Function Related Attributes C.3.7.1 nbrOfCurrentMSsRoamingOutsideHPLMN nbrOfCurrentMSsRoamingOutsideHPLMN ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 371}; C.3.7.2 attReqForAuthSetsReceivedByHLRFromVLRs attReqForAuthSetsReceivedByHLRFromVLRs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 372}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 176 (GSM 12.04 version 7.0.0 Release 1998) C.3.7.3 succReturnedAuthSetsFromHLRToVLRs succReturnedAuthSetsFromHLRToVLRs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 373}; C.3.7.4 emptyResponsesForAuthSetsFromHLRToVLRs emptyResponsesForAuthSetsFromHLRToVLRs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 374}; C.3.7.5 attInsertSubDataService attInsertSubDataService ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 375}; C.3.7.6 succInsertSubDataService succInsertSubDataService ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 376}; C.3.7.7 attLocationUpdate attLocationUpdate ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 377}; C.3.7.8 succLocationUpdate succLocationUpdate ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 177 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 378}; C.3.7.9 attSSRelatedOperationsInHLR attSSRelatedOperationsInHLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType5; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 379}; C.3.7.10 succSSRelatedOperationsInHLR succSSRelatedOperationsInHLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType5; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3710}; C.3.7.11 attReqForSMRoutingInfo attReqForSMRoutingInfo ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3711}; C.3.7.12 succReqForSMRoutingInfo succReqForSMRoutingInfo ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3712}; C.3.7.13 attSMDeliveryStatusReportProcs attSMDeliveryStatusReportProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3713}; C.3.7.14 succSMDeliveryStatusReportProcs succSMDeliveryStatusReportProcs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 178 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3714}; C.3.7.15 attNbrOfSendAlerts attNbrOfSendAlerts ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3715}; C.3.7.16 succNbrOfSendAlerts succNbrOfSendAlerts ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3716}; C.3.7.17 attReqForMSRN attReqForMSRN ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3717}; C.3.7.18 succReqForMSRN succReqForMSRN ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3718}; C.3.8 VLR Measurement Function Related Attributes C.3.8.1 attMSMemoryAvailableNotifications attMSMemoryAvailableNotifications ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 381}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 179 (GSM 12.04 version 7.0.0 Release 1998) C.3.8.2 succMSMemoryAvailableNotifications succMSMemoryAvailableNotifications ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 382}; C.3.8.3 attIdentificationReqToPVLRs attIdentificationReqToPVLRs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 383}; C.3.8.4 succIdentificationReqToPVLRs succIdentificationReqToPVLRs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 384}; C.3.8.5 attPageReqs attPageReqs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 385}; C.3.8.6 succPageReqs succPageReqs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 386}; C.3.8.7 attPageReqsPerLocationArea attPageReqsPerLocationArea ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType6; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 180 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 387}; C.3.8.8 succPageReqsPerLocationArea succPageReqsPerLocationArea ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType6; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 388}; C.3.8.9 attReqForAuthSetsSentToHLR attReqForAuthSetsSentToHLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 389}; C.3.8.10 succReceivedAuthSetsFromHLR succReceivedAuthSetsFromHLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3810}; C.3.8.11 emptyResponsesForAuthFromHLR emptyResponsesForAuthFromHLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3811}; C.3.8.12 attAuthProcsInVLR attAuthProcsInVLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3812}; C.3.8.13 succAuthProcsInVLR succAuthProcsInVLR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 181 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3813}; C.3.8.14 attIntraVLRLocationUpdates attIntraVLRLocationUpdates ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3814}; C.3.8.15 succIntraVLRLocationUpdates succIntraVLRLocationUpdates ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3815}; C.3.8.16 attInterVLRLocationUpdates attInterVLRLocationUpdates ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3816}; C.3.8.17 succInterVLRLocationUpdates succInterVLRLocationUpdates ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3817}; C.3.8.18 arrivalOfVisitorsFromOtherPLMNs arrivalOfVisitorsFromOtherPLMNs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3818}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 182 (GSM 12.04 version 7.0.0 Release 1998) C.3.9 EIR Measurement Function Related Attributes C.3.9.1 nbrOfReceivedIMEICheckReqs nbrOfReceivedIMEICheckReqs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 391}; C.3.9.2 nbrOfWhiteAnsInEIR nbrOfWhiteAnsInEIR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 392}; C.3.9.3 nbrOfGreyAnsInEIR nbrOfGreyAnsInEIR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 393}; C.3.9.4 nbrOfBlackAnsInEIR nbrOfBlackAnsInEIR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 394}; C.3.9.5 nbrOfUnknownIMEIAnsInEIR nbrOfUnknownIMEIAnsInEIR ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 395}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 183 (GSM 12.04 version 7.0.0 Release 1998) C.3.10 SMS Measurement Function Related Attributes C.3.10.1 attMobileOriginatingSMForwardings attMobileOriginatingSMForwardings ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3101}; C.3.10.2 succMobileOriginatingSMForwardings succMobileOriginatingSMForwardings ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3102}; C.3.10.3 attMobileTerminatingSMForwardings attMobileTerminatingSMForwardings ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3103}; C.3.10.4 succMobileTerminatingSMForwardings succMobileTerminatingSMForwardings ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3104}; C.3.10.5 attMobileTerminatingSMForwardingsSgsn attMobileTerminatingSMForwardingsSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3104}; C.3.10.6 succMobileTerminatingSMForwardingsSgsn succMobileTerminatingSMForwardingsSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 184 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3106}; C.3.11 SGSN Measurement Function Related Attributes C.3.11.1 nbrLlcFramesSent nbrLlcFramesSent ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3111}; C.3.11.2 nbrllcFramesReceived nbrllcFramesReceived ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3112}; C.3.11.3 errLlcFramesDetectedBySgsn errLlcFramesDetectedBySgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3113}; C.3.11.4 retransmittedLlcFramestoMs retransmittedLlcFramestoMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3114}; C.3.11.5 uplinkSndcpNpduReceived uplinkSndcpNpduReceived ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3115}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 185 (GSM 12.04 version 7.0.0 Release 1998) C.3.11.6 uplinkSndcpOctetReceivedMode uplinkSndcpOctetReceivedMode ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3116}; C.3.11.7 downlinkSndcpNpdusent downlinkSndcpNpdusent ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3117}; C.3.11.8 downlinkSndcpOctetSent downlinkSndcpOctetSent ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3118}; C.3.11.9 attGprsAttach attGprsAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3119}; C.3.11.10 succGprsAttach succGprsAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31110}; C.3.11.11 attCombiAttach attCombiAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 186 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 31111}; C.3.11.12 succCombiAttach succCombiAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31112}; C.3.11.13 attImsiAttach attImsiAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31113}; C.3.11.14 succImsiAttach succImsiAttach ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31114}; C.3.11.15 nbrOfAttachedSub nbrOfAttachedSub ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31115}; C.3.11.16 meanNbrOfAttachedSub meanNbrOfAttachedSub ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31116}; C.3.11.17 maxNbrOfAttachedSub maxNbrOfAttachedSub ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 187 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31117}; C.3.11.18 attGprsDetachMs attGprsDetachMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31118}; C.3.11.19 attCombiDetachMs attCombiDetachMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31119}; C.3.11.20 attImsiDetachMs attImsiDetachMs ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31120}; C.3.11.21 attGprsdetachSgsn attGprsdetachSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31121}; C.3.11.22 succGprsdetachSgsn succGprsdetachSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31122}; C.3.11.23 attItraSgsnRaUpdate attItraSgsnRaUpdate ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 188 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31123}; C.3.11.24 succIntraSgsnRaUpdate succIntraSgsnRaUpdate ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31124}; C.3.11.25 attInterSgsnRaUpdate attInterSgsnRaUpdate ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31125}; C.3.11.26 succInterSgsnRaUpdate succInterSgsnRaUpdate ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31126}; C.3.11.27 attPTMSIRealloc attPTMSIRealloc ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31127}; C.3.11.28 succPTMSIrealloc succPTMSIrealloc ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31128}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 189 (GSM 12.04 version 7.0.0 Release 1998) C.3.11.29 attreqAuthSetsSentToHlrBySgsn attreqAuthSetsSentToHlrBySgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31129}; C.3.11.30 succReqAuthSetsHlr SuccReqAuthSetsHlr ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31130}; C.3.11.31 emptyResponsesForAuthSetsFromHlr emptyResponsesForAuthSetsFromHlr ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31131}; C.3.11.32 attAuthInSgsn attAuthInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31132}; C.3.11.33 succAuthInSgsn succAuthInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31133}; C.3.11.34 attIdentityReq attIdentityReq ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 190 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 31134}; C.3.11.35 succIdentityReq succIdentityReq ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31135}; C.3.11.36 attCipheringModeControlPerSgsn attCipheringModeControlPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31136}; C.3.11.37 succCipheringModeControlPerSgsn succCipheringModeControlPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31138}; C.3.11.38 nbrOfSubStandby nbrOfSubStandby ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31138}; C.3.11.39 meanNbrOfSubStandby meanNbrOfSubStandby ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31139}; C.3.11.40 maxNbrOfSubStandby maxNbrOfSubStandby ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 191 (GSM 12.04 version 7.0.0 Release 1998) BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31140}; C.3.11.41 nbrOfSubReady nbrOfSubReady ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31141}; C.3.11.42 meanNbrOfSubReady meanNbrOfSubReady ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31142}; C.3.11.43 maxNbrOfSubReady maxNbrOfSubReady ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31143}; C.3.11.44 nbrOfCheckIMEIRequests nbrOfCheckIMEIRequests ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31144}; C.3.11.45 nbrOfWhiteAnswerInSgsn nbrOfWhiteAnswerInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31145}; C.3.11.46 nbrOfGreyAnswerInSgsn nbrOfGreyAnswerInSgsn ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 192 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31146}; C.3.11.47 nbrOfBlackAnswerInSgsn nbrOfBlackAnswerInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31147}; C.3.11.48 nbrOfUnknownAnswerInSgsn nbrOfUnknownAnswerInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31148}; C.3.11.49 attPacketSwitchedPaging attPacketSwitchedPaging ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31149}; C.3.11.50 unsuccPacketSwitchedPaging unsuccPacketSwitchedPaging ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31150}; C.3.11.51 attPsPagingPerRoutingArea attPsPagingPerRoutingArea ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType7; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31151}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 193 (GSM 12.04 version 7.0.0 Release 1998) C.3.11.52 unsuccPsPagingPerRoutingArea unsuccPsPagingPerRoutingArea ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType7; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31152}; C.3.11.53 attActPdpContextMSPerSgsn attActPdpContextMSPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31153}; C.3.11.54 succActPdpContextMSPerSgsn succActPdpContextMSPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31154}; C.3.11.55 attActPdpContextDynMSPerSgsn attActPdpContextDynMSPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31155}; C.3.11.56 succActPdpContextDynMSPerSgsn succActPdpContextDynMSPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31156}; C.3.11.57 attDeactPdpContextMsPerSgsn attDeactPdpContextMsPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 194 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204attribute 31157}; C.3.11.58 succDeactPdpContextMsPerSgsn succDeactPdpContextMsPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31158}; C.3.11.59 attDeactPdpContextGgsnPerSgsn attDeactPdpContextGgsnPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31159}; C.3.11.60 succDeactPdpContextGgsnPerSgsn succDeactPdpContextGgsnPerSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31160}; C.3.11.61 nbrSubsWithActivePdpInSgsn nbrSubsWithActivePdpInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31161}; C.3.11.62 meanSubsWithActivePdpInSgsn meanSubsWithActivePdpInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31162}; C.3.11.63 nmaxSubsWithActivePdpInSgsn nmaxSubsWithActivePdpInSgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR ETSI ETSI TS 100 615 V7.0.0 (2000-02) 195 (GSM 12.04 version 7.0.0 Release 1998) generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31163}; C.3.12 GGSN Measurement Function Related Attributes C.3.12.1 attActPdpContextPerApnOfGgsn attActPdpContextPerApnOfGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3121}; C.3.12.2 succActPdpContextPerApnOfGgsn succActPdpContextPerApnOfGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3122}; C.3.12.3 attActPdpContextDnyPerApnOfGgsn attActPdpContextDnyPerApnOfGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3123}; C.3.12.4 succActPdpContextDnyPerApnOfGgsn succActPdpContextDnyPerApnOfGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3124}; C.3.12.5 attDeactPdpContextMsPerApnOfGgsn attDeactPdpContextMsPerApnOfGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3125}; C.3.12.6 succDeactPdpContextMsPerApnOfGgsn succDeactPdpContextMsPerApnOfGgsn ATTRIBUTE ETSI ETSI TS 100 615 V7.0.0 (2000-02) 196 (GSM 12.04 version 7.0.0 Release 1998) WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3126}; C.3.12.7 attDeactPdpContextByGgsnPerApn attDeactPdpContextByGgsnPerApn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3127}; C.3.12.8 succDeactPdpContextByGgsnMsPerApn succDeactPdpContextByGgsnMsPerApn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3128}; C.3.12.9 nbrOfActivePdpContextsPerApnAtGgsn nbrOfActivePdpContextsPerApnAtGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType1; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 3129}; C.3.12.10 meanNbrOfActivePdpContextsPerApnAtGgsn meanNbrOfActivePdpContextsPerApnAtGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31210}; C.3.12.11 maxNbrOfActivePdpContextsPerApnAtGgsn maxNbrOfActivePdpContextsPerApnAtGgsn ATTRIBUTE WITH ATTRIBUTE SYNTAX GSM1204TypeModule.GSMMeasurementType8; BEHAVIOUR generalMeasurementAttributeBehaviour; REGISTERED AS {gsm1204attribute 31211}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 197 (GSM 12.04 version 7.0.0 Release 1998) C.4 Name Bindings C.4.1 BSS Name Binding C.4.1.1 simpleScanner-bssFunction simpleScanner-bssFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": bssFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 411}; C.4.2 BSC Name Binding C.4.2.1 bscMeasurementFunction-bsc bscMeasurementFunction-bsc NAME BINDING SUBORDINATE OBJECT CLASS bscMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1220: 1993": bsc; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 421}; C.4.3 BTS Name Binding C.4.3.1 cellMeasurementFunction-bts cellMeasurementFunction-bts NAME BINDING SUBORDINATE OBJECT CLASS cellMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1220: 1993": bts; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 431}; C.4.3.2 internalHdoMeasurementFunction-bts internalHdoMeasurementFunction-bts NAME BINDING SUBORDINATE OBJECT CLASS internalHdoMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1220: 1993": bts; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 198 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS {gsm1204nameBinding 432}; C.4.4 MSC Name Binding C.4.4.1 mscMeasurementFunction-mscFunction mscMeasurementFunction-mscFunction NAME BINDING SUBORDINATE OBJECT CLASS mscMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": mscFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 441}; C.4.4.2 externalHdoMeasurementFunction-mscFunction externalHdoMeasurementFunction-mscFunction NAME BINDING SUBORDINATE OBJECT CLASS externalHdoMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": mscFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 442}; C.4.4.3 simpleScanner-mscFunction simpleScanner mscFunction-NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": mscFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 443}; C.4.5 HLR Name Binding C.4.5.1 hlrMeasurementFunction-hlrFunction hlrMeasurementFunction-hlrFunction NAME BINDING SUBORDINATE OBJECT CLASS hlrMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": hlrFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 451}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 199 (GSM 12.04 version 7.0.0 Release 1998) C.4.5.2 simpleScanner-hlrFunction simpleScanner-hlrFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": hlrFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 452}; C.4.6 VLR Name Binding C.4.6.1 vlrMeasurementFunction-vlrFunction vlrMeasurementFunction-vlrFunction NAME BINDING SUBORDINATE OBJECT CLASS vlrMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": vlrFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 461}; C.4.6.2 simpleScanner-vlrFunction simpleScanner-vlrFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": vlrFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 462}; C.4.7 EIR Name Binding C.4.7.1 eirMeasurementFunction-eirFunction eirMeasurementFunction-eirFunction NAME BINDING SUBORDINATE OBJECT CLASS eirMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": eirFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 471}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 200 (GSM 12.04 version 7.0.0 Release 1998) C.4.7.2 simpleScanner-eirFunction simpleScanner-eirFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": eirFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 472}; C.4.8 SMS Name Binding C.4.8.1 smsMeasurementFunction-smsGIWFunction smsMeasurementFunction-smsGIWFunction NAME BINDING SUBORDINATE OBJECT CLASS smsMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": smsGIWFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 481}; C.4.8.2 simpleScanner-smsGIWFunction simpleScanner-smsGIWFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": smsGIWFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 482}; C.4.9 SGSN Name Binding Enter sgsn Name binding to network element function C.4.9.1 sgsnMeasurementFunction-sgsnFunction sgsnMeasurementFunction-sgsnFunction NAME BINDING SUBORDINATE OBJECT CLASS sgsnMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": sgsnFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 491}; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 201 (GSM 12.04 version 7.0.0 Release 1998) C.4.9.2 simpleScanner-sgsnFunction simpleScanner-sgsnFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": sgsnFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 492}; C.4.10 GGSN Name Binding Enter ggsn Name binding to network element function C.4.10.1 ggsnMeasurementFunction-vlrFunction ggsnMeasurementFunction-ggsnFunction NAME BINDING SUBORDINATE OBJECT CLASS ggsnMeasurementFunction; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": vlrFunction; WITH ATTRIBUTE measurementFunctionId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 4101}; C.4.10.2 simpleScanner-ggsnFunction simpleScanner-ggsnFunction NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": simpleScanner; NAMED BY SUPERIOR OBJECT CLASS "gsm1200: 1993": ggsnFunction; WITH ATTRIBUTE scannerId; CREATE; DELETE; REGISTERED AS {gsm1204nameBinding 4102}; C.5 Behaviour Definitions C.5.1 simple scanner behaviour The behaviour of the simple scanner is defined in [ISO 10164-13] section 8.1.1.3. C.5.2 general measurement function behaviour generalMeasurementFunctionBehaviour BEHAVIOUR DEFINED AS "This object is defined to contain the various optional measurement packages, and one or more instances of this class may exist in the scope of the containing object. The scanner may scan the attributes of the object class in various combinations and ETSI ETSI TS 100 615 V7.0.0 (2000-02) 202 (GSM 12.04 version 7.0.0 Release 1998) permutations of packages, and further may scan simultaneously as many times as necessary within the processing limits of the network." ; C.5.3 general measurement package behaviour generalMeasurementPackageBehaviour BEHAVIOUR DEFINED AS "Measurement packages are present in the Measurement Function Object (e.g. BSC Measurement Function), if the Network Element Function (e.g. BSC) containing the Measurement Function Object supports the required number of instances of the measurement included in the package according to the number of instances of the Measurement Function. The simple scanner has been designed to read the values of the attributes according to a given schedule." ; C.5.4 general measurement attribute behaviour generalMeasurementAttributeBehaviour BEHAVIOUR DEFINED AS "The measurement that corresponds to this attribute, is described in annex B. The name of this attribute is given in the description part (D) of each measurement definition contained in annex B." Note: to enable this attribute to be easily located, an index of these attributes is listed at the end of the present document. ; C.6Abstract syntax definitions This clause contains the ASN.1 module defining the attribute, Action and notification syntax's referenced by the attribute, Action and notification templates. GSM1204TypeModule{ ccitt (0) identified-organization (4) etsi (0) mobileDomain (0) gsm-Operation-Maintenance (3) gsm-12-04 (4) informationModel (0) asn1Module (2) asn1TypeModule (0) } DEFINITIONS IMPLICIT TAGS ::= BEGIN IMPORTS gsm-12-04 FROM GSM-DomainDefinitions{ ccitt (0) identified-organisation (4) etsi (0) mobileDomain (0) gsm-Operation-Maintenance (3) gsm-12-30 (30) informationModel (0) asn1Module (2) gsm-OM-DomainDefinitions (0) version1 (1)} ; -- Object Identifiers. -- Abstract Syntax gsm1204abstractSyntax OBJECT IDENTIFIER ::= {gsm-12-04 protocolSupport (1) abstractSyntax (1)} -- ETSI ETSI TS 100 615 V7.0.0 (2000-02) 203 (GSM 12.04 version 7.0.0 Release 1998) -- Information Model Related Identifiers gsm1204informationModel OBJECT IDENTIFIER ::= {gsm-12-04 informationModel (0)} gsm1204managedObjectClass OBJECT IDENTIFIER ::= {gsm1204informationModel managedObjectClass (3)} gsm1204package OBJECT IDENTIFIER ::= {gsm1204informationModel package (4)} gsm1204nameBinding OBJECT IDENTIFIER ::= {gsm1204informationModel nameBinding (6)} gsm1204attribute OBJECT IDENTIFIER ::= {gsm1204informationModel attribute (7)} -- Application Contexts gsm1204ApplicationContext OBJECT IDENTIFIER ::= {gsm-12-04 protocolSupport (1) applicationContext (0) gsm-Management (0)} -- The following measurement types are defined. GSMMeasurementType1 ::= INTEGER GSMMeasurementType2 ::= REAL GSMMeasurementType3 ::= SET OF SEQUENCE{ cause Cause, value INTEGER } Cause ::= INTEGER{ -- CM_SERVICE REJECT causes (GSM 04.08 [2]): imsiUnknownInHlr ( 1), illegalMs ( 2), imsiUnknownInVlr ( 3), imeiNotAccepted ( 4), illegalMe ( 5), plmnNotAllowed ( 6), locationAreaNotAllowed ( 7), nationalRoamingNotAllowedInLocationArea ( 8), networkFailure ( 9), congestion (10), serviceOptionNotSupported (11), requestedServiceOptionNotSubscribed (12), serviceOptionTemporarilyOutOfOrder (13), callCannotBeIdentified (14), semanticallyIncorrectMessage (15), invalidMandatoryInformation (16), messageTypeNonExistentOrNotImplemented (17), messageTypeNotCompatibleWithProtocolState (18), informationElementNonExistentOrNotImplemented (19), conditionalIeError (20), messageNotCompatibleWithProtocolState (21), protocolError (22), reservedRejectCause (23), -- Internal and external Handover causes (GSM 08.08 [5]): uplinkQuality (24), uplinkStrength (25), downlinkQuality (26), downlinkStrenght (27), distance (28), betterCell (29), operationAndMaintenanceIntervention (30), directedRetry (31), ETSI ETSI TS 100 615 V7.0.0 (2000-02) 204 (GSM 12.04 version 7.0.0 Release 1998) -- valid for external handovers only: responseToMscInvocation (32), -- Immediate assignment procedure causes (GSM 04.08 [2]): emergencyCall (33), callReEstablishment (34), answerToPaging (35), originatingCall (36), locationUpdating (37), otherProcedures (38), reservedEstablishmentCause (39) } -- Interference band definitions (GSM 04.08 [2]): GSMMeasurementType4 ::= SEQUENCE{ channelsPerInterferenceBand1 REAL, channelsPerInterferenceBand2 REAL, channelsPerInterferenceBand3 REAL, channelsPerInterferenceBand4 REAL, channelsPerInterferenceBand5 REAL } GSMMeasurementType5 ::= SET OF SEQUENCE{ ssOperation SSOperation, value INTEGER } -- SS operation definitions(GSM 09.02 [7]): SSOperation ::= INTEGER{ register (0), erase (1), activate (2), deactivate (3), registerPassword (4), interrogateSSOperation (5), processRequest (6) } GSMMeasurementType6 ::= SET OF SEQUENCE{ locationAreaCode LAC, value INTEGER } LAC ::= INTEGER (0..65535) GSMMeasurementFunctionId ::= INTEGER GSMCellName ::= SEQUENCE{ cellId INTEGER(0..65535), locatioAreaCode LAC } GSMMeasurementType7 ::= SET OF SEQUENCE{ routingAreaCode RAC, value INTEGER } RAC ::= INTEGER (0..255) GSMMeasurementType8 ::= SET OF SEQUENCE{ AccessPoint NameLogicalLinkID APNID, value INTEGER } ETSI ETSI TS 100 615 V7.0.0 (2000-02) 205 (GSM 12.04 version 7.0.0 Release 1998) APNID ::= INTEGER (0..65535) Editors Note: The APN Logical Link ID, is a numeric value for the assigned to each APN link in the GGSN. The ID is only unique when presented together with thew GGSN address. END ETSI ETSI TS 100 615 V7.0.0 (2000-02) 206 (GSM 12.04 version 7.0.0 Release 1998) Annex D (normative): Data Transfer Requirements This annex defines the data transfer requirements from the NE to the OS for this specification. This specification makes use of the generic approach to EFD, Log and File transfer facility as defined in GSM 12.00 [8]. D.1 Data Transfer Requirements D.1.1 General The GSM 12.04 defines how statistical information concerning various aspects of the NE's can be collected. Once this data is collected and available in the NE, it shall be possible to transfer it to the OS. The way in which this can be achieved is described in GSM 12.00 [8]. GSM 12.00 [8] describes the generic solutions to data transfer requirements which are used by GSM 12.04. This annex describes the additional information required to fully satisfy the data transfer requirements of GSM 12.04, containment of which is described in annex C. Of the data transfer functions described in GSM 12.00 [8], GSM 12.04 requires the upload function, i.e. OS controlled data transfer from NE to OS. D.2 Object Model D.2.1 Managed Object Classes D.2.1.1 "Recommendation X.721: 1992": log Object instances of this class are used to store incoming event reports. An instance of this class can be created to store specifically scan report notifications (in form of "scanReportRecords" managed objects). This is achieved by using the discriminator construct and filtering on the event type information. D.2.1.2 "Recommendation X.738: 1993": scanReportRecord Objects of this class are used to represent logged information that resulted from Attribute Value Change Notifications and are contained in a 'log' instance. D.2.2 Name Bindings D.2.2.1 log-managedElement log-managedElement NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.721: 1992": log; NAMED BY SUPERIOR OBJECT CLASS "Recommendation M.3100: 1992": managedElement; WITH ATTRIBUTE "Recommendation X.721: 1992": logId; CREATE; DELETE; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 207 (GSM 12.04 version 7.0.0 Release 1998) REGISTERED AS { gsm1204NameBinding 221 }; D.2.2.2 scanReportRecord-log scanReportRecord-log NAME BINDING SUBORDINATE OBJECT CLASS "Recommendation X.738: 1993": scanReportRecord; NAMED BY SUPERIOR OBJECT CLASS "Recommendation X.721: 1992": log; WITH ATTRIBUTE "Recommendation X.721: 1992": logRecordId; DELETE; REGISTERED AS { gsm1204NameBinding 222 }; ETSI ETSI TS 100 615 V7.0.0 (2000-02) 208 (GSM 12.04 version 7.0.0 Release 1998) Annex E (informative): Non Standardised Measurements of Interest to PLMN Management Following is the template used to describe the measurements contained in this annex. A. Description A short explanation of the measurement operation. B. Collection Method The form in which this measurement data is obtained: - CC (Cumulative Counter). - GAUGE (dynamic variable), used when data being measured can vary up or down during the period of measurement. - DER (Discrete Event Registration), when data related to a particular event are captured every nth event is registered, where n can be 1 or larger. - SI (Status Inspection). Inception of annex E The annex E has been created to contain all the measurements that are NOT candidates for standardisation, (indication that they have been considered). At the end of the annex there are also references to the Fixed Network measurements, which have been included for completeness. NOTE: The measurements in this annex are for information only and as a consequence are NOT included in the Object Model (annex C). E.1 Measurement Related to the BSC E.1.1 BSC Measurement Function None. E.2 Measurement Related to the BTS E.2.1 BTS Measurement Function None. E.2.2 CELL Measurement Function None. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 209 (GSM 12.04 version 7.0.0 Release 1998) E.2.3 Internal HDO Measurement Function None. E.3 Measurement Related to the MSC E.3.1 MSC Measurement Function E.3.1.1 Attempted Mobile to Mobile Calls A. This measurement provides the number of mobile to mobile call attempts received by the MSC. B. CC. E.3.1.2 Successful Mobile to Mobile Calls A. This measurement provides the number of successful mobile to mobile calls. B. CC. E.3.1.3 Answered Mobile to Mobile Calls A. This measurement counts the number of answered mobile to mobile calls. B. CC. E.3.1.4 Attempted Mobile to Land Calls A. This measurement provides the number of mobile to land call attempts received by the MSC. B. CC. E.3.1.5 Successful Mobile to Land Calls A. This measurement provides the number of successful mobile to land calls. B. CC. E.3.1.6 Answered Mobile to Land Calls A. This measurement provides the number of answered mobile to land calls. B. CC. E.3.1.7 Attempted Land to Mobile Calls A. This measurement provides the number of land to mobile call attempts received by the MSC. B. CC. E.3.1.8 Successful Land to Mobile Calls A. This measurement provides the number of successful land to mobile calls. B. CC. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 210 (GSM 12.04 version 7.0.0 Release 1998) E.3.1.9 Answered Land to Mobile Calls A. This measurement indicates the number of answered land to mobile calls. B. CC. E.3.1.10 Mean Holding Time of Calls A. This measurement provides the mean holding time of calls. B. CC. E.3.2 External HDO Measurement Function None. E.4 Measurements related to the HLR E.4.1 HLR Measurement Function E.4.1.1 Instantaneous number of HLR subscribers A. This measurement provides a running total of the number of subscribers for whom information is currently held the HLR. B. SI. E.4.1.2 Barred subscribers in the HLR A. This measurement provides the number of barred subscribers in the HLR. B. SI. E.4.1.3 Bearer service indication A. This measurement provides the number of subscribers with the specified bearer service. B. CC. E.4.1.4 SS operation indication A. This measurement provides the number of subscribers with the specified SS operation. B. CC. E.4.1.5 Attempted requests for Authentication sets from the AUC by the HLR A. This measurement counts the number of triplets requested from the AUC by the HLR. B. CC. E.4.1.6 Successful returned Authentication sets from the AUC to the HLR A. This measurement counts the successfully returned triplets from the AUC to the HLR. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 211 (GSM 12.04 version 7.0.0 Release 1998) B. CC. E.5 Measurements related to the VLR E.5.1 VLR Measurement Function E.5.1.1 Subscribers from other PLMNs registered in the VLR A. This measurement provides the number of subscribers of other PLMNs registered in the VLR. B. SI. E.5.1.2 Number of roamers in the VLR A. This measurement provides the number of roamers which are registered in the VLR. B. SI. E.6 Measurements related to the EIR None. E.7 Measurements related to the SMS-IWMSC/GMSC None. E.8 Performance Measurements on non-specific GSM Objects E.8.1 Measurements related to a PCM system According to CCITT Recommendation Q.79x. E.8.2 Measurements related to MTP According to CCITT Recommendation Q.79x. E.8.3 Measurements related to SCCP and TCAP According to CCITT Recommendation Q.79x. E.8.4 Measurements related to ISUP According to CCITT Recommendation Q.79x. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 212 (GSM 12.04 version 7.0.0 Release 1998) E.8.5 Measurements related to Internet Protocols According to IETF RFC Recommendations. ETSI ETSI TS 100 615 V7.0.0 (2000-02) 213 (GSM 12.04 version 7.0.0 Release 1998) Annex F (informative): Index of Measurement Attribute Names The measurement description (part D of annex B) provides for each measurement the equivalent measurement attribute name. This clause provides an index of all the attribute names which are used in annex B. This index is provided to enable the reader to forward or backward reference, these attributes in annex C. Measurement Attribute Name: Page allAvailableSDCCHAllocatedTime, 56 allAvailableTCHAllocatedTime, 54 ansMobileEmergencyCalls, 69 ansMobileOriginatingCalls, 67 ansMobileTerminatingCalls, 68 arrivalOfVisitorsFromOtherPLMNs, 91 attAuthProcsInVLR, 90 attCipheringModeControlProcs, 69 attIdentificationReqToPVLRs, 87 attImmediateAssingProcs, 50 attImmediateAssingProcsPerBSC, 46 attImmediateAssingProcsPerCause, 51, 63 attIncomingExternalIntraMSCHDOs, 75 attIncomingExternalIntraMSCHDOsPerOriginatingCell, 79 attIncomingInterMSCHDOs, 76 attIncomingInterMSCHDOsPerOriginatingCell, 81 attIncomingInternalInterCellHDOs, 58 attIncomingInternalInterCellHDOsPerOriginatingCell, 65 attInsertSubDataService, 83 attInterrogationOfHLRsForRouting, 69 attInterVLRLocationUpdates, 91 attIntraVLRLocationUpdates, 90 attLocationUpdate, 83 attMobileEmergencyCalls, 68 attMobileOriginatingCalls, 66 attMobileOriginatingSMForwardings, 93 attMobileTerminatingCalls, 67 attMobileTerminatingSMForwardings, 94 attMSMemoryAvailableNotifications, 87 attNbrOfSendAlerts, 86 attOpForMobileOriginatingPointToPointSMs, 70 attOpForMobileTerminatingPointToPointSMs, 71 attOutgoingExternalIntraMSCHDOs, 75 attOutgoingExternalIntraMSCHDOsPerTargetCell, 80 attOutgoingInterMSCHDOs, 76 attOutgoingInterMSCHDOsPerTargetCell, 81 attOutgoingInternalInterCellHDOs, 59 attOutgoingInternalInterCellHDOsPerTargetCell, 65 attPageReqs, 88 attPageReqsPerLocationArea, 88 attReqForAuthSetsReceivedByHLR, 82 attReqForAuthSetsSentToHLR, 89 attReqForMSRN, 86 attReqForSMRoutingInfo, 84 attSDCCHSeizuresMeetingSDCCHBlockedState, 56 attSMDeliveryStatusReportProcs, 85 attSSRelatedOperationsInHLR, 84 attSubsequentInterMSCHDOsMSCa, 77 attSubsequentInterMSCHDOsMSCc, 78 ETSI ETSI TS 100 615 V7.0.0 (2000-02) 214 (GSM 12.04 version 7.0.0 Release 1998) attTCHSeizures, 53 attTCHSeizuresMeetingTCHBlockedState, 54 attTransOfPagingMessagesPerBSC, 45 attTransOfPagingMessagesThePCH, 49, 62 emptyResponsesForAuthFromHLR, 89 emptyResponsesForAuthSetsFromHLR, 83 externalHDOs, 78 externalHDOsPerCause, 78 imsiAttachProcs, 75 imsiDetachProcs, 74 maxNbrOfBusySDCCHs, 56 maxNbrOfBusyTCHs, 53, 62 meanDurationOfSuccPagingProcs, 52 meanInterArrivalTime, 45, 49 meanNbrOfBusySDCCHs, 56 meanNbrOfBusyTCHs, 52, 61 meanNbrOfIdleTCHsPerInterferenceBand, 53 meanPCHAGCHQueueLength, 49, 63 meanSDCCHQueueLength, 57 meanTCHBusyTime, 54 meanTCHQueueLength, 55 meanTimeToCallSetupService, 73 meanTimeToLocationUpdateService, 73 nbrOfAvailableSDCCHs, 55 nbrOfAvailableTCHs, 52 nbrOfBlackAnsInEIR, 93 nbrOfBlackAnsInMSC, 72 nbrOfClassMarkUpdates, 66 nbrOfCurrentMSsRoamingOutsideHPLMN, 82 nbrOfGreyAnsInEIR, 92 nbrOfGreyAnsInMSC, 72 nbrOfLostRadioLinksSDCCH, 57 nbrOfLostRadioLinksTCH, 55 nbrOfPagesDiscardedFromPCHQueue, 51, 63 nbrOfReceivedIMEICheckReqs, 92 nbrOfTransCheckIMEIRequests, 71 nbrOfUnknownIMEIAnsInEIR, 93 nbrOfUnknownIMEIAnsInMSC, 72 nbrOfWhiteAnsInEIR, 92 nbrOfWhiteAnsInMSC, 71 relativeTimeDLPowerControlAtMax, 57 relativeTimeULPowerControlAtMax, 58 succAuthProcsInVLR, 90 succCipheringModeControlProcs, 69 succIdentificationReqToPVLRs, 88 succImmediateAssingProcsPerBSC, 46 succImmediateAssingProcsPerCause, 51, 64 succIncomingExternalIntraMSCHDOs, 75 succIncomingExternalIntraMSCHDOsPerOriginatingCell, 80 succIncomingInterMSCHDOs, 76 succIncomingInterMSCHDOsPerOriginatingCell, 81 succIncomingInternalInterCellHDOs, 59 succIncomingInternalInterCellHDOsPerOriginatingCell, 65 succInsertSubDataService, 83 succInternalHDOsIntraCell, 58 succInternalHDOsIntraCellPerBSC, 47 succInternalHDOsPerBSC, 47 succInternalHDOsPerCause, 47 succInterrogationOfHLRsCallForwarding, 70 succInterrogationOfHLRsMSRNObtained, 70 ETSI ETSI TS 100 615 V7.0.0 (2000-02) 215 (GSM 12.04 version 7.0.0 Release 1998) succInterVLRLocationUpdates, 91 succIntraVLRLocationUpdates, 91 succLocationUpdate, 84 succMobileEmergencyCalls, 68 succMobileOriginatingCalls, 67 succMobileOriginatingSMForwardings, 94 succMobileTerminatingCalls, 67 succMobileTerminatingSMForwardings, 94 succMSMemoryAvailableNotifications, 87 succNbrOfSendAlerts, 86 succOpForMobileOriginatingPointToPointSMs, 70 succOpForMobileTerminatingPointToPointSMs, 71 succOutgoingExternalIntraMSCHDOs, 76 succOutgoingExternalIntraMSCHDOsPerTargetCell, 80 succOutgoingInterMSCHDOs, 77 succOutgoingInterMSCHDOsPerTargetCell, 81 succOutgoingInternalInterCellHDOs, 59 succOutgoingInternalInterCellHDOsPerTargetCell, 66 succPageReqs, 88 succPageReqsPerLocationArea, 89 succReceivedAuthSetsFromHLR, 89 succReqForMSRN, 86 succReqForSMRoutingInfo, 85 succReturnedAuthSetsFromHLR, 82 succSMDeliveryStatusReportProcs, 85 succSSRelatedOperationsInHLR, 84 succSubsequentInterMSCHDOsMSCa, 77 succSubsequentInterMSCHDOsMSCc, 78 succTCHSeizures, 54, 64 succTMSIReallocations, 74 transSubIdentifiedWithIMSI, 74 transSubIdentifiedWithTMSI, 73 unsuccExternHDOsWithLossOfConnectionPerMSC, 79 unsuccExternHDOsWithReconnectionPerMSC, 79 unsuccHDOsWithLossOfConnection, 60 unsuccHDOsWithReconnection, 59 unsuccInternalHDOsIntraCell, 58 unsuccInternalHDOsIntraCellPerBSC, 47 unsuccInternalHDOsWithLossOfConnectionPerBSC, 48 unsuccInternalHDOsWithReconnectionPerBSC, 48 unsuccReqsForService, 45 unsuccReqsForServicePerCause, 45 unsuccTransOfPagingMessagesPerBSC, 46 unsuccTransOfPagingMessagesThePCH, 50 ETSI ETSI TS 100 615 V7.0.0 (2000-02) 216 (GSM 12.04 version 7.0.0 Release 1998) Annex G (informative): Bibliography This subclause provides references to documents which are not directly referenced by the present document, but nevertheless are useful for back ground information on this subject. - CCITT Recommendation. E.500 - E.600: "Traffic Engineering". - CCITT Recommendation M.3010: "Principles for Telecommunications Management Network". - CCITT Recommendation M.3200: "TMN Management Services: Overview". - CCITT Recommendation M.3400: "TMN Management Functions". - CCITT Recommendation M.251: "Maintenance functions to be implemented in CCITT-MML". - CCITT Recommendation Q.542: "Design objectives - Operations and Maintenance". - CCITT Recommendation Q.544: "Exchange measurements". - CCITT Recommendation Q.822: "Stage 1, stage 2 and stage 3 description for the Q3 interface - Performance management". - CCITT Recommendation Z.336: "Traffic Measurement Administration". ETSI ETSI TS 100 615 V7.0.0 (2000-02) 217 (GSM 12.04 version 7.0.0 Release 1998) Annex H (informative): Change history This annex lists all phase2+ change requests approved for the present document by ETSI SMG. SMG# SMG tdoc SMG6 tdoc VERS CR RV PH CAT SUBJECT Resulting Version s30 P-99-665 6-99-053 4.3.1 A001 R98 B Addition of GPRS meansurements 7.0.0 ETSI ETSI TS 100 615 V7.0.0 (2000-02) 218 (GSM 12.04 version 7.0.0 Release 1998) History Document history V7.0.0 February 2000 Publication
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100 594
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1 Scope
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The use and general aspects of the A-bis interface are given in Technical Specification GSM 08.51. The present document defines the structure of the physical layer (layer 1) of the BSC - BTS/TRX interface for supporting traffic channels and control channels. Use of the physical layer for supporting link protocol is covered in Technical Specification GSM 08.56. The physical layer is the lowest layer in the OSI Reference Model and it supports all functions required for transmission of bit streams on the physical medium. For the present document only digital transmission will be considered, the use of analogue transmission is a national concern.
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100 594
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2 References
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The following documents contain provisions which, through reference in this text, constitute provisions of the present document. • References are either specific (identified by date of publication, edition number, version number, etc.) or non-specific. • For a specific reference, subsequent revisions do not apply. • For a non-specific reference, the latest version applies. • A non-specific reference to an ETS shall also be taken to refer to later versions published as an EN with the same number. • For this Release 1998 document, references to GSM documents are for Release 1998 versions (version 7.x.y). [1] GSM 01.04: "European digital cellular telecommunications system (Phase 2+); Abbreviations and acronyms". [2] GSM 08.20: "European digital cellular telecommunications system (Phase 2+); Rate adaption on the Base Station System - Mobile-services Switching Centre (BSS - MSC) interface". [3] GSM 08.51: "European digital cellular telecommunications system (Phase 2+); Base Station Controller - Base Transceiver Station (BSC - BTS) interface General aspects". [4] GSM 08.56: "European digital cellular telecommunications system (Phase 2+); Base Station Controller - Base Transceiver Station (BSC - BTS) interface Layer 2 specification". [5] GSM 08.60 (ETS 300 597): "European digital cellular telecommunications system (Phase 2+); Inband control of remote transcoders and rate adaptors". [6] GSM 08.61: "European digital cellular telecommunications system (Phase 2+); Inband control of remote transcoders and rate adaptors (half rate)". [7] CCITT Recommendation G.703: "Physical/electrical characteristics of hierarchical digital interfaces". [8] CCITT Recommendation G.705: "Characteristics required to terminate digital links on a digital exchange". [9] CCITT Recommendation G.711: "Pulse code modulation (PCM) of voice frequencies". [10] CCITT Recommendation G.732: "Characteristics of primary PCM multiplex equipment operating at 2048 kbit/s". [11] CCITT Recommendation I.460: "Multiplexing, rate adaption and support of existing interfaces". ETSI ETSI TS 100 594 V7.0.0 (1999-08) 6 (GSM 08.54 version 7.0.0 Release 1998)
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100 594
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3 Abbreviations
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Abbreviations used in the present document are listed in GSM 01.04
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100 594
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4 Layer 1 specification
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All the CCITT recommendations referred to are Blue Book. Layer 1 shall utilize digital transmission at a rate of 2 048 kbit/sec with a frame structure of 32 * 64 kbit/sec time slots, as specified in CCITT Recommendation G.705 section 3 or at a rate of 64 kbit/sec. The physical/electrical characteristics are defined in CCITT Recommendation G.703. Synchronization at the BTS/TRX for the transmitted bit stream toward the BSC shall be derived from the received bit stream from the BSC. For transmission rate at 64 kbit/sec it shall be an interface as defined in CCITT Recommendation G.703. For transmission rate at 2048 kbit/sec the functional characteristics are defined in CCITT Recommendation G.732 section 2 and 3, and fault conditions should be treated in accordance with CCITT Recommendation G.732 section 4. The idle pattern must be transmitted on every timeslot that is not assigned to a channel, and to every timeslot of a channel that is not allocated to a call. The idle pattern shall be 01010100 for a 64 kbit/sec channel and the 2-bit pattern 01 for 16 kbit/sec channels. For 8 kbit/s channels, the idle pattern shall be consecutive ones or zeros according to the corresponding idle pattern bit of a 16 kbit/s channel. If transcoders are located in BTS speech encoding shall be the A-law as defined in CCITT Recommendation G.711. If speech transcoders are located in the BSC the speech, data and signalling channels will utilize transmission rates of 8 kbit/sec, 16 kbit/sec or 64 kbit/sec according to Technical Specifications GSM 08.60 and GSM 08.61. They shall be rate adapted or multiplexed according to CCITT Recommendation I.460 with fixed format, to fit into the physical interface. Data encoding is covered in Technical Specification GSM 08.20. In the case of a 2 048 kbit/sec circuit, multidrop solutions should be possible. Dynamic sharing of terrestrial 64 kbit/sec channels between BTS:s on a per-call basis must not be used. ETSI ETSI TS 100 594 V7.0.0 (1999-08) 7 (GSM 08.54 version 7.0.0 Release 1998) Annex A (informative): Change Request History Change history SMG No. TDoc. No. CR. No. Section affected New version Subject/Comments SMG#07 4.0.4 ETSI Publication SMG#13 4.1.0 ETSI Publication SMG#16 5.0.0 Phase 2+ version SMG#27 6.0.0 Release 1997 version SMG#29 7.0.0 Release 1998 version ETSI ETSI TS 100 594 V7.0.0 (1999-08) 8 (GSM 08.54 version 7.0.0 Release 1998) History Document history V7.0.0 August 1999 Publication ISBN 2-7437-3368-3 Dépôt légal : Août 1999
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100 596
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1 Scope
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The use and general aspects of the Base Station Controller (BSC) to Base Station Transceiver (BTS) interface (the A-bis interface) are given in GSM 08.51. The present document specifies the general structure of layer 3 and traffic management procedures and messages used on the A-bis interface to support signalling procedures as defined in GSM 04.08. Support for Location Services (LCS) related signalling, as defined in GSM 03.71, is also included. GSM 03.71 identifies new A-bis signalling to support BTS-embedded Type B LMUs as well as standalone, Type B LMUs. The standalone Type B LMU supports the layer 1 and 2 signalling for the A-bis as well as the Location Service message defined in this specification. Network management procedures and messages for the A-bis interface are defined in GSM 08.59. The functional split between BSC and BTS is defined in GSM 08.52. The procedures and messages required to support this split are defined in detail in this TS.
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1.1 References
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The following documents contain provisions which, through reference in this text, constitute provisions of the present document. • References are either specific (identified by date of publication, edition number, version number, etc.) or non-specific. • For a specific reference, subsequent revisions do not apply. • For a non-specific reference, the latest version applies. • A non-specific reference to an ETS shall also be taken to refer to later versions published as an EN with the same number. • For this Release 1998 document, references to GSM documents are for Release 1998 versions (version 7.x.y). [1] GSM 01.04: "Digital cellular telecommunications system (Phase 2+); Abbreviations and acronyms". [2] GSM 03.20: "Digital cellular telecommunications system (Phase 2+); Security related network functions". [2a] GSM 03.71: "Digital cellular telecommunications system (Phase 2+); Location Services (LCS); (Functional description) - Stage 2". [3] GSM 04.04: "Digital cellular telecommunications system (Phase 2+); Layer 1; General requirements". [4] GSM 04.05: "Digital cellular telecommunications system (Phase 2+); Data Link (DL) layer; General aspects". [5] GSM 04.06: "Digital cellular telecommunications system (Phase 2+); Mobile Station - Base Station System (MS - BSS) interface; Data Link (DL) layer specification". [6] GSM 04.08: "Digital cellular telecommunications system (Phase 2+); Mobile radio interface layer 3 specification". [7] GSM 04.12: "Digital cellular telecommunications system (Phase 2+); Short Message Service Cell Broadcast (SMSCB) support on the mobile radio interface". [7a] GSM 04.71: "Digital cellular telecommunications system (Phase 2+); Mobile radio interface layer 3 Location Services (LCS) specification". [8] GSM 05.02: "Digital cellular telecommunications system (Phase 2+); Multiplexing and multiple access on the radio path". ETSI ETSI TS 100 596 V7.4.1 (2000-05) 9 (GSM 08.58 version 7.4.1 Release 1998) [9] GSM 05.05: "Digital cellular telecommunications system (Phase 2+); Radio transmission and reception". [10] GSM 05.08: "Digital cellular telecommunications system (Phase 2+); Radio subsystem link control". [11] GSM 05.09: "Digital cellular telecommunications system (Phase 2+); Link Adaptation". [12] GSM 05.10: "Digital cellular telecommunications system (Phase 2+); Radio subsystem synchronization". [13] GSM 08.06: "Digital cellular telecommunications system (Phase 2+); Signalling transport mechanism specification for the Base Station System - Mobile-services Switching Centre (BSS - MSC) interface". [14] GSM 08.08: "Digital cellular telecommunications system (Phase 2+); Mobile-services Switching Centre - Base Station System (MSC - BSS) interface; Layer 3 specification". [15] GSM 08.51: "Digital cellular telecommunications system (Phase 2+); Base Station Controller - Base Transceiver Station (BSC - BTS) interface; General aspects". [16] GSM 08.52: "Digital cellular telecommunications system (Phase 2+); Base Station Controller - Base Transceiver Station (BSC - BTS) interface; Interface principles". [17] GSM 08.56: "Digital cellular telecommunications system (Phase 2+); Base Station Controller - Base Transceiver Station (BSC - BTS) interface; Layer 2 specification".
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1.2 Abbreviations
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Abbreviations used in the present document are listed in GSM 01.04.
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100 596
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2 Protocol model
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A model for L3 can be found in figure 2.1. L2 addressing is made to TRX (or BCF) using the TEI of LAPD. Different L2 links are used for traffic management messages (RSL, Radio Signalling Link), network management messages (OML, Operation & Maintenance Link) and L2 management messages (L2ML, Layer 2 Management Link). For traffic management, two types of signalling messages have been defined: Transparent Messages: messages which are forwarded by BTS without interpretation or changes. Non-Transparent Messages: messages which are sent only between BSC and BTS and which BTS is acting upon or which are the results of BTS actions. In addition, the messages have been grouped into four main groups: Radio Link Layer Management, Dedicated Channel Management, Common Channel Management and TRX Management messages. Discrimination between these types and groups is based on the Message Discriminator which is sent as the first octet in all messages. Transparent and non-transparent messages are discriminated by a transparency flag (T-bit) in the Message Discriminator. Transparent messages are merely forwarded to L2 on the radio interface. In order to address the relevant radio channel, a Channel Number element is included to support the distribution of messages to relevant physical channels on the TRX. A Link Identifier element supports the distribution on logical links/channels on the radio interface (compare the DLCI element of the A interface, GSM 08.06). All messages in this GTS are to be transmitted on the A-bis interface using the I format of LAPD, except for MEASUREMENT RESULT which is sent in UI format. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 10 (GSM 08.58 version 7.4.1 Release 1998) Chan No Link distri- bution Other processes within BTS Traffic Management Procedures (08.58) Transparent Messages Non- Transparent Messages Distribution Network Management Procedures (12.21) L2 Management Procedures To radio interface 0 62 63 RSL OML L2ML L3 L2 Figure 2.1/08.58: L3 model
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3 Radio Link Layer Management Procedures
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This clause describes procedures related to the management of a link layer connection on the radio path.
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3.1 Link establishment indication
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This procedure is used by BTS to indicate to BSC that a layer 2 link on the radio path has been established in multi- frame mode at the initiative of an MS. BSC can use this indication to set up an SCCP connection to MSC. Upon reception of a SABM frame on a link on an active channel, the BTS sends an ESTablish INDication message to BSC. The message contains the contents of the information field of the SABM frame if present. The procedure is used in all establishment cases, for all channels and all SAPIs. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 11 (GSM 08.58 version 7.4.1 Release 1998)
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3.2 Link establishment request
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This procedure is used by BSC to request the establishment of a link layer connection in multi-frame mode on the radio path. The procedure is started by BSC sending an ESTablish REQuest message to BTS. BTS then establishes the link by sending an SABM frame. Upon reception of the acknowledgement (UA-frame) from MS, BTS sends an ESTablish CONFirm message to BSC. In case of a failure, BTS sends a RELease INDication and an ERRor INDication message to BSC (cf. GSM 04.06).
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3.3 Link release indication
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This procedure is used by BTS to indicate to BSC that a link layer connection on the radio path has been released at the initiative of an MS. When receiving a DISC frame on a link layer connection in multi-frame mode, BTS sends a RELease INDication message to BSC. (If the link layer is in idle mode, BTS will send a DM frame to MS but does not notify BSC.) Collision cases are treated as specified in GSM 04.06.
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3.4 Link release request
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This procedure is used by BSC to request the release of a link layer connection on the radio path. The procedure is started by BSC sending a RELease REQuest message to BTS. BTS then sends a DISC frame to MS. When it has received the acknowledgement (UA or DM frame), BTS sends a RELease CONFirm message to BSC. Collision cases are treated as specified in GSM 04.06. If BTS has repeated the DISC frame N200 times, BTS sends a RELease INDication and an ERRor INDication message to BSC (cf. GSM 04.06). ETSI ETSI TS 100 596 V7.4.1 (2000-05) 12 (GSM 08.58 version 7.4.1 Release 1998) 3.5 Transmission of a transparent L3-Message in acknowledged mode This procedure is used by BSC to request the sending of a L3 message to MS in acknowledged mode. BSC sends a DATA REQuest message to BTS. The message contains the complete L3 message to be sent in acknowledged mode. 3.6 Reception of a transparent L3-Message in acknowledged mode This procedure is used by BTS to indicate the reception of a L3 message in acknowledged mode. BTS sends a DATA INDication message to BSC. The message contains the received L3 message. 3.7 Transmission of a transparent L3-Message in unacknowledged mode This procedure is used by BSC to request the sending of a L3 message to MS in unacknowledged mode. BSC sends a UNIT DATA REQuest message to BTS. The message contains the L3 message to be sent to MS in unacknowledged mode. 3.8 Reception of a transparent L3-Message in unacknowledged mode This procedure is used by BTS to indicate the reception of a L3 message in unacknowledged mode. BTS sends a UNIT DATA INDication message to BSC. The message contains the received L3 message. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 13 (GSM 08.58 version 7.4.1 Release 1998)
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3.9 Link error indication
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This procedure is used by BTS to indicate an abnormal case such as the following. - a protocol error as specified in GSM 04.06, subclauses 5.6.4, 5.7.3 and annex G; - a link layer failure, i.e. the repetition of an I-frame N200 times without an acknowledgement; - the repetition of an SABM or DISC frame N200 times without an acknowledgement; - the reception of an SABM frame in multi-frame established state. When such an event has occurred, BTS notifies BSC by sending an ERROR INDication message containing the relevant cause information.
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4 Dedicated channel management procedures
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4.1 Channel activation
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This procedure is used to activate a channel at the BTS for an MS which later will be commanded to this channel by an IMMediate ASSIGN, an ASSIGN CoMmanD, an ADDitional ASSIGNment; a NOTIFICATION, a CHANNEL RELEASE (with a Channel description) a HANDOver CoMmanD or a CONFiguration CHange CoMmanD message. In the handover case, the procedure is used between the target BSC and the target BTS to activate a channel for a subsequent handover from the old BTS.
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4.1.1 Signalling Procedure
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BSC determines what channel shall be used and starts up that channel at BTS by sending a CHANnel ACTIVation message to the relevant TRX. This message contains the reason for the activation (immediate assignment, assignment, asynchronous/synchronous handover, additional assignment, activation of a secondary channel in a multislot configuration), the identification of the channel to be used (channel no) and a complete description of the channel (full/half rate, speech/data, coding/rate adaption, hopping sequence, encryption key etc.). If the Encryption Information field is present, the activation is done with ciphering active. If the Encryption Information element is not present, activation is done without ciphering. After activating the channel as requested, TRX responds with the CHANnel ACTIVation ACKnowledge message. This message contains the current frame number at BTS. The frame number is used by BSC to determine the Starting Time parameter to be included in the following assignment message to MS. (A suitable number has to be added to current frame number to take all possible signalling delays into account). ETSI ETSI TS 100 596 V7.4.1 (2000-05) 14 (GSM 08.58 version 7.4.1 Release 1998) If the TRX for some reason cannot activate the resource as requested by the CHANnel Activation message, the TRX shall return a CHANnel ACTIVation Negative ACKnowledge message with the most appropriate cause value. Possible cause values may be: - O&M intervention (e.g. channel blocked); - resource not available (e.g. speech coder, encryption device); - equipment failure; - channel already activated; - etc. In the handover case, the procedure is initiated by the target BSC when this receives the HANDOver REQuest message from MSC (or autonomously by BSC for BSC internal handover). The BSC sends a CHANnel ACTIVation message to the relevant TRX. The message contains the Handover Reference value which can be used by the BTS to check the Handover Access from MS. After activation of the channel TRX responds with a CHANnel ACTIVation ACKnowledge message containing the current frame number at BTS. The BSC can then determine the Starting Time parameter to be included in the HANDOver REQuest ACKnowledge message to MSC (and the HANDOver CoMmanD message to MS).
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4.1.2 Activation for Intra-Cell Channel Change
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This activation precedes the Immediate Assignment, Assignment or Additional assignment procedures. The Timing Advance element must be included in the CHANNEL ACTIVATION message. BTS activates the channel and starts transmission and reception on the main channel in the indicated mode. Ciphering is started if so indicated in the encryption information. The reception and transmission on SACCH is also started immediately. If the BS and/or MS power elements and/or the Physical Context element are present, the reception and transmission processes and the L1-header of SACCH are initialized accordingly. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 15 (GSM 08.58 version 7.4.1 Release 1998)
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4.1.3 Activation for Asynchronous Handover
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BTS starts transmission immediately on the main channel in the indicated mode and with encryption if so indicated. If the MS Power element is present the BTS may start transmission also on the SACCH. When receiving a correct access burst with the correct handover reference, BTS starts the normal reception process on the main channel in the indicated mode and starts receiving (and sending if not started earlier) on SACCH. Deciphering is started if so indicated. The handover detection procedure towards BSC is also started.
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4.1.4 Activation for Synchronous Handover
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BTS starts transmission immediately on the main channel in the indicated mode and with encryption if so indicated. If the MS Power and Timing Advance element are present, BTS shall start transmission also on SACCH with the timing advance and MS power control parameters indicated. If only the MS power element is present the BTS may start transmission also on the SACCH. When receiving a correct access burst with the correct handover reference, BTS starts the normal reception process on the main channel in the indicated mode, with deciphering applied if so indicated, and starts receiving (and sending if not started earlier) on SACCH. The handover detection procedure towards BSC is also started. Alternatively, the reception of a correctly decoded frame from the MS on the main channel, in the indicated mode and deciphering applied if so indicated, allows the start of sending on SACCH (if not already started) and starts the handover detection procedure towards the BSC. NOTE: The activation for synchronous handover can be used for pseudo synchronized handover.
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4.1.5 Activation for Secondary Channels in Multislot Configuration
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BTS activates the channel and starts transmission and reception on the traffic and SACCH channels in the indicated mode. Ciphering is applied if so indicated in the encryption information. If the BS and/or MS power elements and/or the Physical Context element are present, the reception if applicable and transmission processes and the L1-header of SACCH are initialized accordingly.
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4.1.6 Channel reactivation
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This procedure is used by BSC to request a reactivation of an active channel. During the reactivation, information flows, e.g., user information such as speech or data, that are common for the two phases of operation, are not interrupted. BSC initiates the procedure by sending a CHANNEL ACTivation message to BTS where the activation type indicates "reactivation", the BTS shall reactivate the channel with the new parameters. After having successfully reactivate the channel with the parameters supplied the BTS responds with a CHANNEL ACTivation ACKnowledge message to BSC. If the TRX for some reason cannot reactivate the channel as requested in the CHANNEL ACTIVATION message, the TRX shall return a CHANNEL ACTivation Negative ACKnowledge message with the most appropriate cause value. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 16 (GSM 08.58 version 7.4.1 Release 1998)
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4.2 Channel MODE MODIFY
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This procedure is used by BSC to request a change of the channel mode and/or a change between uni-directional and bi- directional channel types of an active channel. In addition, for secondary channels in a multislot configuration, the procedure can be used by BSC to request a change in the encryption information of an active channel. BSC initiates the procedure by sending a MODE MODIFY message to BTS. The message contains the new mode to be used. After having changed to the new mode, BTS responds with a MODE MODIFY ACKnowledge message to BSC. If the TRX for some reason cannot modify the channel as requested in the MODE MODIFY message, the TRX shall return a MODE MODIFY Negative ACKnowledge message with the most appropriate cause value.
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4.3 Handover detection
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This procedure is used between the target BTS and BSC when a handed over MS accesses the new BTS. The procedure is initiated by BTS upon detection of an MS on a channel activated for handover as described in subclause 4.1.3 for the asynchronous handover and in subclause 4.1.4 for synchronous handover. In case of an asynchronous handover, BTS builds the PHYsical INFOrmation message as specified in GSM 04.08, sends the message to MS in unacknowledged mode on the main signalling link and starts timer T3105. A HANDOver DETection message is sent to BSC. This message contains the measured delay of the access burst. If the timer expires before the reception of a correctly decoded frame from MS, BTS repeats the PHYSical INFOrmation message to MS as specified in GSM 04.08. If the PHYsical INFOrmation message has been repeated Ny1 times without a correctly decoded frame being received from MS, the BTS shall send a CONNECTION FAILURE message to BSC with the cause value "handover access failure". In case of a synchronous handover, BTS only sends a HANDOver DETection message to BSC (no PHYsical INFOrmation message sent to MS). If the handover detection is based on the detection of an handover access burst with the correct handover reference, see subclause 4.1.4, the measured delay of the access burst is included in the HANDOver DETection message.
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4.4 Start of encryption
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This procedure is used to start encryption according to the procedure defined in GSM 04.08. The procedure is initiated by BSC upon reception of the CIPHER MODE COMMAND message from MSC (see GSM 08.08). ETSI ETSI TS 100 596 V7.4.1 (2000-05) 17 (GSM 08.58 version 7.4.1 Release 1998) BSC sends the ENCRyption CoMmanD message to the relevant TRX and channel. In case of a Multislot configuration the message is sent only to the TCH used as a main channel (defined in GSM 05.02). The message contains all information required to select and load the user data and encryption device with the appropriate key and also the complete Ciphering Mode Command message to be sent to MS. After receipt of this message, TRX sends the CIPHering MODe CoMmanD message to MS in unciphered form and starts deciphering as described in GSM 04.08 and GSM 03.20. The start of deciphering and the sending of the Ciphering Mode Command message to MS must be done simultaneously. When receiving the CIPHering MODe CoMmanD, MS starts both deciphering and enciphering and sends the CIPHering MODe COMplete message. TRX starts enciphering upon reception of any correct layer 2 frame which is received after start of deciphering. If the TRX for some reason can not perform the enciphering as requested in the ENCRYPTION COMMAND, the TRX shall return an ERROR REPORT message, e.g., with the cause "Encryption algorithm not implemented".
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4.5 Measurement reporting
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These procedures are used to report to BSC all parameters and measurement results required by BSC for handover requirement determination. One procedure is also used to report to the BSC extended measurements made by Mobile Stations. MS measures downlink received signal level and quality from the serving cell and received signal level from surrounding cells as defined in GSM 05.05 and GSM 05.08. The measurement results are reported in Measurement Report messages sent in every SACCH block (every 480 ms) or, in case SACCH is used also for other signalling, in at least every second SACCH block (every 960 ms). The TRX measures the received signal level and the quality on the uplink of the current channel. The averaging period is one SACCH block period (same as the basic period for MS). These measurements made by MS and TRX form the basic raw data for the handover algorithms in BSC/MSC. The support of forwarding this raw data over the A-bis interface is mandatory for both BTS and BSC. The procedure to be used for this basic measurement reporting is defined in subclause 4.5.1. In addition, the BTS and BSC may optionally support some pre-processing in BTS of these basic measurements. The additional and optional procedures required to support this pre-processing are defined in subclause 4.5.2. Extended measurements made by MS shall be forwarded to the BSC, using the same procedure as for ‘normal’ measurements. This case is described in subclause 4.5.3. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 18 (GSM 08.58 version 7.4.1 Release 1998)
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4.5.1 Basic measurement reporting
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This procedure is used by BTS to report the results of the basic radio measurements made by MS and TRX according to GSM 05.08 and GSM 05.05. The support of this procedure is mandatory in all BTS:s and all BSC:s. It is the default procedure to use unless otherwise indicated (see subclause 4.5.2.1). TRX reports all these measurements in MEASurement RESult messages to BSC. The sending of the MEASurement RESult messages is synchronized with the reception of SACCH blocks from MS. If an uplink SACCH block does not contain a MEASurement REPort or an EXTended MEASurement REPort (see subclause 4.5.3) from MS (e.g. when it sends a short message), only the uplink measurement results are included with an indication that the MS measurements are missing.
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4.5.2 Measurement pre-processing
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These additional and optional procedures are included to support some pre-processing in BTS of radio measurement data. When used, they may replace the basic procedure defined in subclause 4.5.1. However, it shall be possible to change back to the basic procedure. Pre-processing in BTS must not affect the procedures on the A interface (e.g. the Handover Candidate Enquiry procedure).
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4.5.2.1 Pre-processing configuration
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This procedure is used by BSC to modify the pre-processing parameters according to reported communication conditions (e.g. degradation of the communication). In order to change the parameters, BSC sends a PREPROCESS CONFIGURE message to BTS. A parameter setting in the PREPROCESS CONFIGURE message indicates if the basic procedure defined in subclause 4.5.1 or pre-processing is to be used. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 19 (GSM 08.58 version 7.4.1 Release 1998)
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4.5.2.2 Pre-processed measurement reporting
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This procedure is used by BTS to report the results of measurement pre- processing. To report the results, BTS sends a PREPROCESSED MEASUREMENT RESULT message to BSC. The conditions to send the message are set in the PREPROCESS CONFIGURE message.
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4.5.3 Extended measurement reporting
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This procedure is used by BTS to report the results of the extended measurements made by MS according to GSM 05.08. If an uplink SACCH block contains an EXTended MEASurement REPort from MS, it shall be forwarded to the BSC using the same procedure as when reporting regular measurement reports from an MS. Though, no measurement pre- processing is possible. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 20 (GSM 08.58 version 7.4.1 Release 1998)
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4.6 Deactivate SACCH
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This procedure is used by BSC to deactivate the SACCH at BTS according to the Channel Release procedure defined in GSM 04.08. When sending the Channel Release message to MS, BSC also sends the DEACTIVATE SACCH message to BTS to deactivate the SACCH (see GSM 04.08, Channel Release procedure).
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4.7 Radio channel release
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This procedure is used by BSC to release a radio channel which is no longer needed. When an activated radio channel is no longer needed, BSC sends an RF CHANnel RELease message to the relevant TRX and channel. After having released the addressed resources, the BTS sends a RF CHANnel RELease ACKnowledge to BSC.
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4.8 MS power control
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This procedure is used by BSC to set the MS power level or the parameters required by TRX for the control of MS power. The initial parameters are set by BSC in the CHANNEL ACTIVATION message (see Channel Activation procedure). If these parameters are to be changed for an active channel, BSC sends a MS POWER CONTROL message to TRX. The support of the power control performed by BTS is optional. If power control is supported by BTS and it is to be used, this is indicated by optional parameters in the MS POWER CONTROL message (or the CHANNEL ACTIVATION message). Based on the measurements performed on the uplink, TRX then attempts to keep the power control parameters within the limits set by the MS POWER CONTROL message (or by the CHANNEL ACTIVATION message) by changing the MS Power Level field of the L1 header sent to MS in each SACCH block. MS confirms the power in the uplink L1 header. When the BTS supports MS power control the BSC can modify the MS power parameters during the connection (e.g. because of a classmark change) by sending a MS POWER CONTROL message containing the new parameters. The MS POWER CONTROL and the CHANNEL ACTIVATION message must also contain a maximum power permitted for the MS. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 21 (GSM 08.58 version 7.4.1 Release 1998)
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4.9 Transmission power control
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This is an optional procedure which is used between BSC and BTS to set the TRX transmission power level or the parameters required by TRX for the control of TRX transmission power. The initial parameters are set by BSC in the CHANNEL ACTIVATION message (see Channel Activation procedure). If these parameters are to be changed for an active channel, BSC sends a BS POWER CONTROL message to TRX. The support of the power control performed by BTS is optional. If power control is supported by BTS and it is to be used, this is indicated by optional parameters in the BS POWER CONTROL message (or the CHANNEL ACTIVATION message). Based on the Measurement Report messages sent by MS, the TRX will then attempt to keep the power control parameters within the limits set in the BS POWER CONTROL message (or by the CHANNEL ACTIVATION message) by changing the transmitted power on that channel. The maximum power of the TRX is determined from network planning criteria. However, BSC may indicate a lower maximum power in the BS POWER CONTROL message (or the CHANNEL ACTIVATION message).
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4.10 Connection failure
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This procedure is used by BTS to indicate to BSC that an active connection has been broken (e.g. due to a radio link failure as defined in GSM 05.08). When BTS detects that a connection has been broken, BTS sends a CONNection FAILure INDication message to BSC with the most proper cause value. Further actions are defined in GSM 04.08. Some possible cause values are: - radio link failure (as defined in GSM 05.08); - hardware failure (e.g. transcoder failure); - etc.
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4.11 Physical context request
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This is an optional procedure which allows the BSC to obtain information on the "physical context" of a radio channel just prior to a channel change. This information may be forwarded to the new TRX (possibly in another collocated cell). The procedure is initiated by BSC sending a PHYsical CONTEXT REQuest message to TRX. TRX responds with a PHYsical CONTEXT CONFirm message which contains information on the "physical context" of the channel. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 22 (GSM 08.58 version 7.4.1 Release 1998)
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4.12 SACCH information modify
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This procedure is used by the BSC to modify the SACCH filling information (System Information) sent on an individual SACCH channel. For this purpose, the BSC sends a SACCH INFO MODIFY message to the BTS. The SACCH filling information as given in the SACCH INFO MODIFY message shall be used on the indicated channel until the channel is released or the information is changed by another SACCH INFO MODIFY message.
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4.13 Talker detection
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The procedure is used by the BTS during the period the channel is activated for a voice group call. Upon detection of an MS on a channel activated for group call as specified in subclause 4.1, the BTS builds the VGCS UPLINK GRANT message as specified in GSM 04.08, sends the message to the MS in unacknowledged mode on the main signalling link and starts timer T3115. A TALKER DETection message is sent to the BSC. This message contains the measured delay of the access burst. If the timer expires before the reception of a correctly decoded frame from the MS, the BTS repeats the VGCS UPLINK GRANT message to the MS as specified in GSM 04.08. If the VGCS UPLINK GRANT message has been repeated Ny2 times without a correctly decoded frame being received from the MS, the BTS shall send a CONNECTION FAILURE INDICATION message to the BSC with cause value "talker access failure".
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4.14 Listener detection
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The procedure is used by the BTS during the period the channel is activated for a voice group call. Upon detection of an uplink access having the value reserved for replying to an uplink access request as specified in subclause 4.1. The BTS builds the LISTENER DETection message and sends the message to the BSC. This message contains the measured delay of the access burst.
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4.15 Remote Codec Configuration
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This procedure is used by the BTS to report to the BSC the codec information received from the remote BSS prior to a MultiRate Codec TFO establishment or within TFO. This information can be used by the BSC to solve potential codec type and codec mode mismatches. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 23 (GSM 08.58 version 7.4.1 Release 1998)
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4.16 Round Trip Delay Report
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This procedure is used by the BTS to report to the BSC the BTS to Transcoder or BTS to Remote BTS round trip transmission delay. This information can be used by the BSC to set the correct timing for a pre-handover warning and to optimise the AMR Configuration and/or Adaptation algorithm.
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4.17 Pre-handover Warning
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This procedure is used by the BSC to notify the serving BTS that a handover is going to be performed and allow the serving BTS to take the necessary steps in preparation of the handover (adaptation freezing for MultiRate Codec, TFO discontinuation,….). The Pre-handover Warning may disable (withdraw the “general authorisation” of ) the RATSCCH mechanism between BTS and MS for a while or permanently to ensure consistent configurations in BSC, BTSs and MS during and after handover. The BSC shall provide to the BTS the codec configuration parameters after Handover. In case the announced handover has failed, the BSC sends the Pre-handover Notification again to the serving BTS, this time with the codec configuration parameters as before the handover attempt in order to re-establish the BTS operation (adaptation enable for MultiRate Codec, TFO enable, RATSCCH authorisation, …).
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4.18 MultiRate Codec Configuration Change
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This procedure is used by the BSC to authorise the BTS to change the MultiRate Codec Configuration to solve a codec mismatch prior to TFO establishment or within TFO. The BTS shall use the RATSCCH inband signalling with the MS as defined by Rec GSM 05.09. Once the MultiRate Codec Configuration has been changed, the BTS shall send a MultiRate CODEC MOD ACK to the BSC to acknowledge the execution of the codec change. The MultiRate CODEC MOD ACK contains the final MultiRate Codec configuration. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 24 (GSM 08.58 version 7.4.1 Release 1998) If for any reason, the BTS is not able to complete the MultiRate Codec Configuration change, it should send a MultiRate CODEC MOD Negative ACK with the most appropriate cause. Possible causes are: tbd
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4.19 MultiRate Codec Configuration Change Performed
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This procedure is used by the BTS to report to the BSC that a MultiRate Codec Modification was performed using the RATSCCH in-band signalling capability. The BTS shall report the MultiRate codec configuration after the completion of the procedure.
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4.20 TFO Report
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This procedure is used by the BTS to report to the BSC that TFO (based on AMR) is established, or is not in operation anymore.
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4.21 TFO Modification Request
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This procedure is used by the BSC to change the TFO configuration while operating with AMR: enabling or disabling TFO. This procedure shall be used only during an established call. At call setup, Channel Activation procedure shall be used. During an in-call modification from data to speech, Mode Modify procedure shall be used. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 25 (GSM 08.58 version 7.4.1 Release 1998)
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5 Common channel management procedures
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5.1 Channel request by MS
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The procedure is initiated by TRX upon detection of a random access from an MS (CHANnel REQuest message from MS). TRX then sends a CHANnel ReQuireD message to BSC containing the Request Reference parameter (random number selected by MS plus some low order bits of the TDMA frame number for the access) and the measured delay of the Access Burst.
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5.2 Paging
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This procedure is used to request the paging of one mobile station on a given paging subchannel. The paging of an MS is initiated by BSC sending a PAGing CoMmanD message to BTS. The message contains the MS identity (TMSI or IMSI), the paging population number of the MS, optionally an indication for the MS about which combination of channels will be needed for the subsequent transaction related to the paging and optionally an indication of the eMLPP priority of the call. The PAGing REQuest messages to be sent on the radio path are built and sent by BTS. The use by BTS of the "extended paging" facilities and the general downlink scheduling of the downlink CCCH is operator dependant and is not specified in this GTS. This process may also be influenced by O&M procedures.
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5.3 Delete indication
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This procedure is used by BTS to indicate that due to overload on the downlink CCCH, an IMMEDIATE ASSIGN COMMAND has been deleted. For that purpose BTS sends a DELETE INDication message to BSC. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 26 (GSM 08.58 version 7.4.1 Release 1998)
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5.4 CCCH load indication
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This procedure is used by a BTS to inform the BSC of the load on a particular CCCH timeslot. The CCCH LOAD INDication message is sent regularly from BTS to BSC if the load exceeds some value set by O&M. The sending rate is also set by O&M.
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5.5 Broadcast information modify
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This procedure is used by BSC to indicate to BTS the new information to be broadcast on BCCH. For that purpose, BSC sends a BCCH INFOrmation message to BTS.
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5.6 Short Message Cell Broadcast
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Short Message Service Cell Broadcast messages are sent to BTS as SMS BROADCAST REQUEST or SMS BROADCAST COMMAND messages. With the SMS BROADCAST REQUEST mode of operation, the BSC handles the queuing, repetition and transmission of the messages taking the capacity of the CBCHs (basic and extended channel (see GSM 05.02)) into account. The BSC is also responsible for the segmentation of the SMS Cell Broadcast messages on the Radio interface: With the SMS BROADCAST COMMAND mode of operation, the BSC can request the broadcast of a complete Cell Broadcast message. The BSC handles the queuing, repetition and transmission of the messages taking the capacity of the CBCHs (basic and extended channel [see GSM 05.02]) into account. The BSC is responsible for the segmentation of the SMS Cell Broadcast messages on the Radio interface: ETSI ETSI TS 100 596 V7.4.1 (2000-05) 27 (GSM 08.58 version 7.4.1 Release 1998) With the SMS BROADCAST COMMAND mode of operation, the BSC can also set the BTS broadcast default mode. The BTS is then responsible for transmission of a default message when no other message is to be broadcast. Even though BSC handles the transmission of messages taking the capacity of CBCH into account, BTS can indicate to BSC if an overflow or underflow situation is about to happen in the CBCH. With the CBCH LOAD INDICATION mode of operation, the BTS can request immediate broadcast of m (=amount indicated in the CBCH Load Information element) scheduled SMSCB messages in the underflow situation. BSC shall transmit m scheduled messages and after that continue the broadcast of messages according to its own timetable. If BTS requests more messages than BSC is possessing, then BSC shall transmit only the amount it is possessing. CBCH LOAD INDICATION mode of operation could only be applied when DRX mode is used (see GSM 04.12). With the CBCH LOAD INDICATION mode of operation, the BTS can also request immediate stop of broadcast for a period of m (=amount indicated in the CBCH Load Information element) message slots in the overflow situation. BSC shall stop the broadcast for a period of m message slots and after that continue the broadcast of messages according to its own timetable. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 28 (GSM 08.58 version 7.4.1 Release 1998)
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5.7 IMMEDIATE ASSIGNMENT
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This procedure is used by BSC to request the transmission of an immediate assign message on downlink CCCH. To initiate the immediate assign, the BSC sends an IMMEDIATE ASSIGN COMMAND message. The message contains the complete immediate assign message as defined in GSM 04.08 (IMMEDIATE ASSIGNMENT or IMMEDIATE ASSIGNMENT EXTENDED or IMMEDIATE ASSIGNMENT REJECT) with the "Page Mode" element set to the value "no change". Upon receipt of the message, the BTS may transmit the immediate assignment message as received or combine several to construct the IMMEDIATE ASSIGNMENT EXTENDED or IMMEDIATE ASSIGNMENT REJECT. The BTS may also update the "Page Mode" element before transmission. The IMMEDIATE ASSIGNMENT EXTENDED message is either sent by the BSC in the IMMEDIATE ASSIGN COMMAND, or built by the BTS from up to two IMMEDIATE ASSIGN COMMAND messages. The IMMEDIATE ASSIGNMENT REJECT message is either sent by the BTS as received in the IMMEDIATE ASSIGN COMMAND message or built by the BTS from the contents of two or more IMMEDIATE ASSIGN COMMAND messages. For the latter case the BTS may consider request references with identical contents within the same message as duplicates and all but one may be suppressed. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 29 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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5.8 Notification
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This procedure is used to request that notification be performed by the BTS. The BSC indicates the exact action required by the BTS in the command indicator. The NOTIFication messages to be sent on the radio path are built and sent by BTS. The BSC manages the NCH DRX information whilst the BTS manages the scheduling of the messages on the NCH. If the BTS for some reason can not perform the notification commanded by the BSC, then the BTS shall return an ERROR REPORT message with the relevant cause value.
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e1df81e32c85ac85801df65e6181a587
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100 596
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6 TRX management procedures
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e1df81e32c85ac85801df65e6181a587
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100 596
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6.1 Radio resource indication
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This procedure is used to inform BSC on the interference levels on idle channels of a TRX. In the RF RESource INDication message, TRX reports the interference level for each of the channels which have been idle (not active) for the whole measurement period. See also GSM 08.08, subclause 3.1.3.1 and GSM 05.08, subclause 3.1 e) of appendix A. The RF RESource INDication message is sent regularly with a rate set by O&M. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 30 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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6.2 SACCH filling information modify
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This procedure is used by BSC to indicate to BTS the new information to be used as filling information on SACCHs. For that propose BSC sends a SACCH FILLing message to BTS.
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e1df81e32c85ac85801df65e6181a587
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100 596
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6.3 Flow control
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This procedure is defined to give some degree of flow control. It can be used for TRX processor overload, downlink CCCH overload and ACCH overload. The algorithm used in BSC to control the traffic flow is as follows. Upon receipt of the first OVERLOAD message, BSC reduces the traffic by one step and starts timers T1 and T2. During T1 all OVERLOAD messages are ignored in order not to reduce the traffic too rapidly. Reception of an OVERLOAD message after T1 but still during T2 will decrease the traffic by one more step and timers T1 and T2 are restarted. This step by step reduction of traffic is continued until maximum reduction is obtained. If T2 expires (i.e. no OVERLOAD message was received during T2), the traffic will be increased by one step and T2 restarted. This step by step increase of traffic will be continued until full load has been resumed. The number of steps and the method of reducing the load is considered to be implementation dependent. For example, the amount of random accesses and thereby access grants can be reduced by use of the RACH Control parameters (e.g. Access Control Class or Cell Barred) or the Cell Selection parameters (e.g. CELL-RESELECT-HYSTERESIS or RXLEV- ACCESS-MIN) in the system information messages of GSM 04.08. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 31 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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6.4 Error reporting
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This procedure is used by BTS to report detected errors as described in clause 7 below if they cannot be reported by any other procedure. When TRX detects the reception of an erroneous message, it sends an ERROR REPORT message to BSC with the most appropriate cause value. In order to identify the erroneous message, the Message Type, the Channel Number, the Link Identifier and/or the complete erroneous message can be included.
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e1df81e32c85ac85801df65e6181a587
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100 596
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6a Location services procedures
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These procedures are related to Location Services (LCS).
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e1df81e32c85ac85801df65e6181a587
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100 596
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6a.1 LLP message transport
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This procedure is used to convey LLP messages between the BTS-or Standalone Type B LMU and the BSC, as defined in the Location Services (LCS) Stage 2 document GSM 03.71. The sending entity (BSC, Standalone Type B LMU or BTS) sends a Location Information message containing an embedded LLP message to the receiving entity (BSC, Standalone Type B LMU or BTS).
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e1df81e32c85ac85801df65e6181a587
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100 596
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7 Error handling
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.1 General
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The procedures specified above apply to those messages which pass the checks described below. The behaviour of BSC in erroneous cases is implementation dependent. The behaviour of BTS in erroneous cases is to ignore the message and to send a report to BSC. The report can be sent in either of the following messages: - CHANNEL ACTIVATION NACK in connection with channel activations; - MODE MODIFY NACK in connection with a channel mode change; - ERROR REPORT in other cases. For procedures controlled by the BSC, and in particular procedures where the BSC sends a request for resources at the BTS and waits for an acknowledge, the implementation in the BSC must provide means for avoiding deadlock situations at the BTS as e.g. hanging resources. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 32 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.2 Message discriminator error
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A message with a non-specified message discriminator is erroneous.
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.3 Message type error
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A message with a non-specified message type is considered correct, but is ignored by BTS.
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100 596
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7.4 Message sequence error
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A message with an existing message type which is not possible according to the specification and to the state of the BTS is erroneous.
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.5 General information element errors
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This category includes: - information element out of sequence; - abnormally duplicated element; - missing element. A message with such an error is erroneous.
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.6 Mandatory information element errors
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This includes: a) non-existing element type; b) information length error; c) content which does not comply with the specification (value reserved for future use is considered as case d)); d) value indicated as reserved for future use; e) bits reserved for future use not set to 0; f) content complying with specification but incompatible with the state; g) content complying with the specification but inconsistent. All cases except e) are considered erroneous. In case e), BTS simply ignores the reserved (RFU) bits.
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.7 Optional information element errors
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The same categories of errors as in previous subclause apply. In cases other than b), e), f) and g), BTS ignores the element and processes the rest of the message. Cases b), f) and g) are considered erroneous. In case e), BTS ignores the reserved (RFU) bits. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 33 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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7.8 Conditional information element errors
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The same categories of errors as in subclause 7.6 apply. If the conditions for presence of the element are met, the same erroneous cases as in subclause 7.6 apply. If the conditions for presence of the element are not met, the same erroneous cases as in subclause 7.7 apply.
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e1df81e32c85ac85801df65e6181a587
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100 596
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8 Message formats and contents
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This clause defines the format and contents of the messages sent over the A-bis interface. Similar coding principles as in recs. 04.08 and 08.08 are used. For each message, the contained Information Elements are listed. For each Information Element, the following information is given: - Name of Information Element; - Reference section for the coding of the Information Element; - Presence condition for the Information Element: M Mandatory, must always be present; receiver: if not present, consider message erroneous; C Conditional, presence depending on e.g. a) value of other element; b) presence of optional element; receiver: if not present when condition met, consider message erroneous, else accept message; O Optional, receiver: present or not, accept message; - Format of Information Element: TType only, fixed length, only Element Identifier; V Value only, fixed length, no Element Identifier included; TV Type and Value, fixed length, Element Identifier included; TLV Type, Length and Value, variable length, Element Identifier and Length Indicator included; - Total length of Information Element; for variable length, lower and upper limits. NOTE: Maximum message length is determined by the N201 parameter of GSM 08.56. In a message, the message discriminator is transmitted first. The purpose is to distinguish between transparent messages (T-bit set to 1) and non-transparent messages (T-bit set to 0) and also between messages related to Radio Link Layer Management, Dedicated Channel Management, Common Channel Management and TRX Management. The octets are sent in the order shown in the description of the messages and information elements. ETSI ETSI TS 100 596 V7.4.1 (2000-05) 34 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.1 Transparent messages
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Transparent messages are used at the A-bis interface to convey layer 3 messages for the radio interface as defined in GSM 04.08 and for which BTS has to take or has taken no specific action. The T- bit of the Message Discriminator is set to 1. In the uplink direction (messages from MS), all messages received in I- frames and all messages received in UI-frames except for the MEASurement REPort message are considered as transparent. They are forwarded to BSC as DATA INDication and UNIT DATA INDication messages respectively. In the downlink direction (messages to MS) all messages as defined in GSM 04.08 are transparent except for the following messages, which are replaced by BSC-BTS specific messages over the A- bis interface and where BTS will send the corresponding L3 message over the radio interface after the necessary actions have been taken: Message to MS Replaced on A-bis interface by CIPHering MODe CoMmanD ENCRyption CoMmanD PAGing REQuest PAGing CoMmanD NOTIFication NOTIFication CoMmanD SYSTEM INFOrmation BCCH INFOrmation and SACCH FILLing EXTENDED MEASUREMENT ORDER SACCH FILLing Immediate assign (3 types) IMMEDIATE ASSIGN COMMAND Transparent messages are sent by BSC as DATA REQuest or UNIT DATA REQuest messages.
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.2 Non-transparent messages (BSC-BTS specific messages)
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These messages are used over the A-bis interface for messages on which BTS has to take some action (BSC to BTS direction) and for messages which are the result from actions taken by BTS (BTS to BSC direction). The T-bit of the Message Discriminator is set to 0.
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3 Radio link layer management messages
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These messages are related to Radio Link Layer Management procedures. They all have the following general format: INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 (Information elements depending on message type) ETSI ETSI TS 100 596 V7.4.1 (2000-05) 35 (GSM 08.58 version 7.4.1 Release 1998) The messages concerned are the following: Message name Reference section DATA REQuest 8.3.1 DATA INDication 8.3.2 ERROR INDication 8.3.3 ESTablish REQuest 8.3.4 ESTablish CONFirm 8.3.5 ESTablish INDication 8.3.6 RELease REQuest 8.3.7 RELease CONFirm 8.3.8 RELease INDication 8.3.9 UNIT DATA REQuest 8.3.10 UNIT DATA INDication 8.3.11
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.1 DATA REQUEST
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This message is sent from BSC to BTS to request the sending of a message in acknowledged mode on a radio link layer connection. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 L3 Information 9.3.11 M TLV >=3
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.2 DATA INDICATION
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This message is sent from BTS to BSC to indicate the reception of a message in acknowledged mode on a radio link layer connection. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 L3 Information 9.3.11 M TLV >=3 ETSI ETSI TS 100 596 V7.4.1 (2000-05) 36 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.3 ERROR INDICATION
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This message is sent from BTS to BSC to indicate an abnormal case for a radio link layer connection. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 RLM Cause 9.3.22 M TLV 2-4
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.4 ESTABLISH REQUEST
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This message is sent from BSC to BTS to request the establishment of a multi-frame mode (acknowledged mode) link layer connection on the radio path. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.5 ESTABLISH CONFIRM
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This message is sent from BTS to BSC to confirm the establishment of a radio link layer connection in multi-frame (acknowledged) mode. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 ETSI ETSI TS 100 596 V7.4.1 (2000-05) 37 (GSM 08.58 version 7.4.1 Release 1998)
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.6 ESTABLISH INDICATION
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This message is sent from BTS to BSC to indicate the establishment of a radio link layer connection in multi-frame mode, initiated by an MS. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 L3 Information 9.3.11 O 1) TLV 3-23 1) The L3 Information field is present only if the SABM frame contained a non-empty information field. NOTE: The "establish mode" parameter appearing in GSM 04.06 is used only on the MS side.
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e1df81e32c85ac85801df65e6181a587
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100 596
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8.3.7 RELEASE REQUEST
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This message is sent from BSC to BTS to request the release of multi- frame mode of a radio link layer connection. INFORMATION ELEMENT REFERENCE PRESENCE FORMAT LENGTH Message discriminator 9.1 M V 1 Message type 9.2 M V 1 Channel number 9.3.1 M TV 2 Link Identifier 9.3.2 M TV 2 Release Mode 9.3.20 M TV 2
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