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Pain, Joy, Superpowers - Future Features
The human brain is very skilled at model making where your senses and feedback loops of action with memory cause us to build models in our brain as networks of neurons that activate in close timing and proximity.
I believe the capability of this AI to make repeated observations in a changing space that when accumulated and coalesced produces a memory of the situation in language. There may be emergent capabilities based on the combination of observations and prompts which can elicit constrained answers that determine whether the model is fit or if it lacks what we are looking for.
Prompt:
I have a video AI that can open your camera and as you point it at scenes it details the answer to a prompt question. For example "What is happening?" Develop a markdown outline with appropriate emojis to ask that will allow us to learn about what is in the scene and what it means to pain of things we want to undderstand, joy of when it provides verifiable facts and insights, and super power to be able to create a memory in the form of repeat output text files automatically named with a streamlit python UI that continually will list the text and image files captured that were the inference inpouts and outputs. The human brain is very skilled at model making where your senses and feedback loops of action with memory cause us to build models in our brain as networks of neurons that activate in close timing and proximity.
I believe the capability of this AI to make repeated observations in a changing space that when accumulated and coalesced produces a memory of the situation in language. There may be emergent capabilities based on the combination of observations and prompts which can elicit constrained answers that determine whether the model is fit or if it lacks what we are looking for.
Modify this program below to add these features and markdown outline. import express from "express";
import 'dotenv/config.js'
import { createServer } from "http";
import { Server } from "socket.io";
import { client } from "@gradio/client";
import { createRequire } from 'node:module'
const require = createRequire(import.meta.url);
global.EventSource = require('eventsource');
const app = express();
const httpServer = createServer(app);
app.use(express.static('public'));
const io = new Server(httpServer, { /* options */ });
io.on("connection", (socket) => {
console.log("new socket connection");
socket.on("ask_api", (client_data) => {
console.log(client_data)
console.log("trying to reach api");
asyncAPICall(client_data, socket)
});
});
async function test_servers(){
try{
const grapi_test = await client("https://gradio-hello-world.hf.space");
const apitest_result = await grapi_test.predict("/predict", [
"John",
]);
console.log(apitest_result);
}
catch(e){
console.log(e)
}
}
//test_servers()
async function asyncAPICall(data, socket) {
const grapi = await client("fffiloni/mndrm-call");
try{
const api_result = await grapi.predict("/infer", [
data[0], // blob in 'image' Image component
data[1], // string in 'Question' Textbox component
]);
console.log(api_result)
socket.emit("api_response", (api_result.data))
}
catch(e){
console.log(e)
socket.emit("api_error", ("ERROR ON API SIDE, SORRY..."))
}
}
httpServer.listen(7860);
console.log("App running on localhost:7860")
Response:
πΈ Top Ten Features for an Innovative Scene-Understanding Camera System
π AI-Driven Scene Recognition - Utilizes deep learning algorithms to accurately identify and describe objects, people, and activities in real-time.
π Time-Lapse Textual Summaries - Generates periodic textual summaries of observed changes, offering a narrative of the scene over time.
π Interactive Learning Mode - Allows users to provide feedback on the AI's scene descriptions, improving accuracy and personalization over time.
π Privacy-First Processing - Ensures all data processing is done on-device, protecting user privacy by not uploading sensitive information to the cloud.
π Dynamic Highlight Detection - Automatically detects and highlights key moments or changes in the scene, providing focused insights and summaries.
π Contextual Understanding - Integrates environmental data (like time and weather) and historical information to add depth to scene interpretations.
π£οΈ Multi-Language Support - Offers descriptions in multiple languages, making the system accessible to a global audience.
π Seamless Integration - Easily integrates with smart home ecosystems, sharing insights and alerts with other devices and platforms.
π Emotional Tone Analysis - Analyzes the emotional tone of scenes, distinguishing between joy, sadness, activity, or calmness, adding a layer of emotional intelligence.
πΎ Memory Lane Feature - Creates digital memory albums by storing snapshots and their corresponding textual descriptions, allowing users to revisit and relive moments.