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AI & Future Skills

Artificial Intelligence, Machine Learning steps, Supervised vs Unsupervised learning, Smart Cities, NLP, neural networks for UPSSSC AGTA.

What is Artificial Intelligence?

Artificial Intelligence (AI) is the science of creating machines and software that can perform tasks that normally require human intelligence — such as learning, reasoning, problem-solving, understanding language, and recognizing images.

The term “Artificial Intelligence” was coined by John McCarthy in 1956 at the Dartmouth Conference — considered the birth of AI as a field.

The Turing Test

In 1950, Alan Turing proposed a test: if a machine can converse with a human and the human cannot tell whether they are talking to a machine or a person, the machine is considered “intelligent.” This is called the Turing Test.


Types of AI

TypeDescriptionStatusExample
Narrow AI (Weak AI)Designed for one specific task onlyExists todayGoogle Search, Siri, Alexa, chess engines, spam filters
General AI (Strong AI)Can perform any intellectual task a human canDoes not exist yetTheoretical — would think, learn, and reason like humans
Super AISurpasses all human intelligenceHypotheticalScience fiction concept — may or may not be possible

Every AI you use today — Google Maps, voice assistants, face unlock, ChatGPT, self-driving cars — is Narrow AI. General AI remains a research goal.


Branches of AI

Branches of Artificial IntelligenceAIMachine LearningNLPComputer VisionRoboticsExpert SysDeep LearningNeural NetworksDeep Learning ⊂ Machine Learning ⊂ Artificial Intelligence
BranchWhat It DoesExample
Machine LearningComputers learn from data without explicit programmingCrop yield prediction, spam filtering
NLP (Natural Language Processing)Machines understand and generate human languageChatbots, Google Translate, voice assistants
Computer VisionMachines “see” and interpret images/videosFace recognition, crop disease detection from photos
RoboticsPhysical machines that can sense and actIndustrial robots, drone spraying in farms
Expert SystemsRule-based programs that mimic human expert decisionsMedical diagnosis systems, crop advisory systems
Speech RecognitionConverting speech to textSiri, Google Assistant

Machine Learning — How Machines Learn

Machine Learning (ML) is a subset of AI where computers learn patterns from data and make predictions or decisions without being explicitly programmed for each scenario.

How ML Works — Step by Step

StepWhat HappensAgriculture Example
1. Collect DataGather historical data10 years of crop yields, weather, soil data
2. Prepare DataClean, organize, split into training and testing setsRemove incomplete records, normalize values
3. Choose AlgorithmSelect appropriate ML modelDecision tree, neural network, etc.
4. Train ModelFeed training data, model learns patternsML discovers: “high rainfall + NPK = high wheat yield”
5. EvaluateTest on unseen data, check accuracyCompare predictions with actual yields
6. PredictDeploy model to make predictions on new dataPredicts next season’s yield from current conditions

Types of Machine Learning

TypeHow It LearnsKey TasksExample
Supervised LearningFrom labeled data (input + correct answer)Classification (is this spam?), Regression (predict price)Email spam filter, crop disease identification
Unsupervised LearningFrom unlabeled data (finds hidden patterns)Clustering (group similar items), Association (find relationships)Customer segmentation, soil type grouping
Reinforcement LearningThrough trial and error (reward/penalty)Decision-making in dynamic environmentsGame-playing AI (AlphaGo), robotic farming

Exam tip: Supervised = teacher provides answers; Unsupervised = student finds patterns alone; Reinforcement = learns by rewards/punishments.


Neural Networks & Deep Learning

What is a Neural Network?

A neural network is a computing system inspired by the human brain. It consists of interconnected nodes (neurons) arranged in layers that process information.

Neural Network — 3 LayersInput LayerHidden Layer(s)Output LayerData entersResult
LayerRole
Input LayerReceives raw data (images, numbers, text)
Hidden Layer(s)Processes data, extracts features, learns patterns
Output LayerProduces the final result (classification, prediction)

What is Deep Learning?

Deep Learning is Machine Learning using neural networks with many hidden layers (hence “deep”). More layers = ability to learn more complex patterns.

ML vs Deep LearningMachine LearningDeep Learning
Data NeededWorks with smaller datasetsRequires large datasets
Feature ExtractionManual (human selects features)Automatic (learns features itself)
HardwareRegular CPU sufficientNeeds GPU for training
Use CasesTabular data, simple predictionsImages, speech, video, complex patterns

Important Neural Network Types

TypeFull FormBest For
CNNConvolutional Neural NetworkImages, computer vision
RNNRecurrent Neural NetworkSequences, time-series data
LSTMLong Short-Term MemoryLong sequences, memory retention
GANGenerative Adversarial NetworkCreating images, deepfakes
TransformerLanguage models (GPT, BERT, Gemini)

Natural Language Processing (NLP)

NLP enables machines to understand, interpret, and generate human language — both text and speech.

NLP ApplicationWhat It DoesExample
ChatbotsAutomated conversation with usersCustomer service bots, Alexa, ChatGPT
Machine TranslationTranslates between languagesGoogle Translate
Sentiment AnalysisDetects emotion in text (positive/negative)Social media monitoring, product reviews
Speech RecognitionConverts speech to textSiri, Google Voice Typing
Text SummarizationCondenses long text into key pointsNews summary apps

Applications of AI

FieldAI Application
AgricultureCrop disease detection, yield prediction, precision farming, drone spraying, soil analysis, automated irrigation
HealthcareDisease diagnosis from scans, drug discovery, robotic surgery
FinanceFraud detection, algorithmic trading, credit scoring
EducationPersonalized learning, AI tutors, automated grading
Self-driving CarsTesla Autopilot, Waymo — uses computer vision + ML
CybersecurityThreat detection, anomaly identification
E-commerceProduct recommendations (Amazon, Flipkart)

Smart Cities

A Smart City integrates IoT + AI + Data Analytics to improve urban infrastructure, public services, and quality of life.

Smart City ComponentHow AI/IoT Helps
Smart TrafficAI-controlled signals reduce congestion; real-time route optimization
Smart GridIntelligent electricity distribution; reduces wastage
Smart WaterLeak detection using sensors; automated supply management
Smart WasteIoT sensors on bins alert when full; optimized collection routes
Smart SurveillanceAI-powered CCTV for security and crowd management
Smart GovernanceE-services, digital citizen IDs, paperless administration

Smart Cities in India

India launched the Smart Cities Mission in June 2015 by PM Modi — selected 100 cities for smart development.

CityNotable Smart Feature
GIFT City (Gujarat)India’s first operational smart city; international financial hub
PuneSmart traffic management, Wi-Fi zones, e-governance
BhubaneswarFirst city selected under Smart Cities Mission
IndoreSmart sanitation, waste management
SuratFlood monitoring, smart surveillance

Foundation Models & Large Language Models (LLMs)

A Foundation Model is an AI model trained on massive data that can be adapted to many tasks. These form the “foundation” for multiple applications.

Transformer Architecture

The Transformer, introduced in the 2017 paper “Attention Is All You Need”, revolutionized AI using self-attention to process all input simultaneously.

ComponentFunction
EncoderReads and understands input (used by BERT)
DecoderGenerates output text (used by GPT)
Self-AttentionWeighs importance of each word relative to others

Key Foundation Models

ModelDeveloperTypeKey Feature
GPT (1→5)OpenAIDecoder-onlyText generation, powers ChatGPT
BERTGoogle (2018)Encoder-onlyText understanding, search ranking
GeminiGoogle (2023)MultimodalText + image + code + video
ClaudeAnthropicDecoder-based1M token context, coding, safety
LLaMAMetaOpen-source LLMFree for research
DeepSeekDeepSeek (China)Open-sourceCompetitive reasoning, low cost

BERT = Encoder only (understands text). GPT = Decoder only (generates text). This distinction is frequently tested.

What is an LLM?

A Large Language Model (LLM) is a foundation model trained on massive text data. LLMs have billions of parameters (learned values).

TermMeaning
ParameterLearned value in neural network — more = more knowledge
TokenUnit of text the model processes (word or sub-word)
Context WindowMax tokens processed at once (GPT-4: 128K, Claude: 1M)
PromptInput/instruction given to an LLM
Fine-tuningAdapting pre-trained model for a specific task
RLHFReinforcement Learning from Human Feedback — makes AI safer and more helpful
HallucinationWhen AI generates plausible but incorrect information

Generative AI (GenAI)

Generative AI creates new content — text, images, audio, video, code — rather than just analyzing data.

TypeWhat It CreatesTools
TextArticles, code, answersChatGPT, Claude, Gemini
ImagePictures from text descriptionsDALL-E, Midjourney, Stable Diffusion
VideoVideos from text promptsSora (OpenAI), Runway
AudioSpeech, music, voiceElevenLabs, Suno AI
CodeProgramming codeGitHub Copilot, Claude

Multimodal AI

Multimodal AI processes multiple data types simultaneously — text, images, audio, video in one model.

  • GPT-4o — text + images + audio together
  • Gemini — native multimodal (text, image, video, code)

Agentic AI (2025–26 Trend)

Agentic AI = AI that can act autonomously — plan, make decisions, use tools, and complete multi-step tasks with minimal human input.

BharatGen AI (India)

BharatGen — India’s first government-funded multimodal LLM (launched June 2025), supports 22 Indian languages, integrates text, speech, and image understanding.


AI in India — Government Initiatives

InitiativeDetails
NITI Aayog National AI Strategy2018 — identified 5 priority sectors: Healthcare, Agriculture, Education, Smart Cities, Transportation
IndiaAI MissionRs 10,372 crore budget; 38,000+ GPUs at ₹65/hour; AI compute, datasets, and skilled workforce
AIRAWATAI Research Analytics and Knowledge Dissemination Platform
BharatGenFirst govt-funded multimodal LLM — 22 Indian languages (text, speech, image)
India AI Impact SummitFebruary 2026 — showcased India’s AI capabilities and innovation
Responsible AINITI Aayog published “Responsible AI for All” principles
National Data Governance PolicyFramework for non-personal data sharing for AI research
Union Budget 2025-26Centre of Excellence in AI for Education — Rs 500 crore; 50,000 Atal Tinkering Labs

AI Tools — Know the Names

ToolWhat It DoesDeveloper
ChatGPTAI chatbot — answers questions, writes content, codes (GPT-4o, GPT-5)OpenAI
Google GeminiMultimodal AI — text, image, code, video, search integrationGoogle
ClaudeAI assistant — 1M token context, coding, analysis, safety-focusedAnthropic
DALL-E 3Generates images from text descriptionsOpenAI
MidjourneyAI art and image generationMidjourney Inc.
GitHub CopilotAI code assistant for programmersMicrosoft/GitHub
DeepSeekOpen-source reasoning model, cost-effectiveDeepSeek (China)
SoraAI video generation from text promptsOpenAI

GPT Timeline (Frequently Asked)

ModelYearKey Milestone
GPT-12018First generative pre-trained transformer
GPT-220191.5B parameters, text generation
GPT-32020175B parameters, few-shot learning
ChatGPTNov 2022First public AI chatbot — went viral globally
GPT-4Mar 2023Multimodal (text + images), much more capable
GPT-4oMay 2024Omni — text + image + audio in real-time
GPT-5Aug 2025Auto-routing between fast and reasoning modes

The ChatGPT Movement — How AI Changed the World

Launch & Record-Breaking Growth

ChatGPT was launched by OpenAI on November 30, 2022 as a free research preview. What followed was unprecedented:

MilestoneTime TakenComparison
1 million users5 daysNetflix took 3.5 years
100 million users2 monthsTikTok: 9 months, Instagram: 2.5 years
200 million weekly usersAug 2024
400 million weekly usersFeb 2025
900 million weekly usersFeb 2026More than doubled in one year

ChatGPT became the fastest-growing internet application in history — no app had ever reached 100 million users in just 2 months.

OpenAI & Sam Altman

FactDetails
OpenAI Founded2015 — as a non-profit AI research lab
Co-foundersSam Altman, Elon Musk, Ilya Sutskever, and others
CEOSam Altman
Revenue (2025)$10 billion annual recurring revenue (ARR)
ChatGPT PlusLaunched Feb 2023 — $20/month subscription for faster access

The Sam Altman Board Crisis (Nov 2023)

On November 17, 2023, OpenAI’s board abruptly fired Sam Altman as CEO — a decision that shook the entire AI industry:

  • Board cited concerns about AI safety and Altman’s handling of rapid commercialization
  • Over 700 of 770 employees threatened to resign and join Microsoft
  • Massive pressure from investors (Microsoft had invested $13 billion)
  • Altman was reinstated on November 22 — just 5 days later
  • Board was restructured; new members added

This event highlighted the tension between AI safety (slow, careful development) and AI commercialization (fast deployment for business).

ChatGPT’s Global Impact

AreaImpact
Education20% of US users use ChatGPT as a personal tutor; many schools initially banned it, then started integrating AI literacy
JobsAccelerated automation concerns for entry-level white-collar jobs (content writing, coding, customer support)
BusinessEvery major tech company launched AI chatbots — Google (Gemini), Meta (LLaMA), Anthropic (Claude)
ResearchScientists use LLMs for literature review, data analysis, and hypothesis generation
GovernmentsIndia launched BharatGen; China launched Ernie Bot; EU passed the AI Act (2024)

Countries That Banned/Restricted ChatGPT

Country/RegionAction
ItalyFirst country to temporarily ban ChatGPT (March 2023) over GDPR privacy concerns; lifted after OpenAI added privacy controls
ChinaChatGPT inaccessible; China launched its own AI (Ernie Bot, DeepSeek)
Russia, Iran, North KoreaBlocked by OpenAI itself
EUPassed EU AI Act (2024) — world’s first comprehensive AI regulation law

Key Lessons from the ChatGPT Revolution

  1. AI democratization — made advanced AI accessible to ordinary users for the first time
  2. Prompt engineering emerged as a new skill — how you ask AI matters
  3. AI hallucination became a known risk — AI can generate confident but wrong answers
  4. Data privacy concerns led to new regulations globally
  5. AI literacy became essential — understanding AI’s capabilities and limitations

Future Skills — What Matters Ahead

For government exams and career growth, these skills are increasingly important:

SkillWhy It Matters
Data LiteracyAbility to read, analyze, and interpret data — essential in data-driven governance
Digital LiteracyUsing computers, internet, and digital tools effectively
Critical ThinkingEvaluating information for accuracy — vital in the AI/fake-news era
Self-efficacyConfidence in learning new technologies — adaptability
Computational ThinkingBreaking problems into smaller, solvable parts
Cybersecurity AwarenessProtecting data and systems from cyber threats
AI LiteracyUnderstanding how AI works, its capabilities and limitations
Cyber HygieneSafe online practices — strong passwords, 2FA, avoiding phishing

Ethical Concerns in AI

ConcernDescription
BiasAI trained on biased data makes biased decisions (e.g., unfair loan rejection)
Job DisplacementAutomation may replace routine human jobs
PrivacyAI systems collect and process massive personal data
DeepfakesAI-generated fake videos/audio — misinformation risk
AccountabilityWho is responsible when an AI makes a wrong decision?

AI Winters — When AI Research Stalled

AI Winter refers to periods when funding and interest in AI research significantly declined due to unmet expectations.

PeriodWhat Happened
First AI Winter (1974–1980)Early AI could not handle real-world complexity; governments (UK Lighthill Report, US DARPA) cut funding
Second AI Winter (late 1980s–1993)Expert systems were expensive and brittle; desktop computers outperformed specialized AI hardware

After each AI Winter, new breakthroughs (neural networks, big data, GPUs) revived the field. The current AI boom began around 2012 with deep learning.


Expert Systems — Classic AI

Expert Systems are rule-based programs that mimic the decision-making of a human expert using an if-then rule base and an inference engine.

Expert SystemDomainWhat It Did
MYCINMedical diagnosisIdentified bacterial infections and recommended antibiotics (Stanford, 1970s)
DENDRALChemistryDetermined molecular structures from mass spectrometry data (first expert system, 1965)
XCON (R1)Computer configurationConfigured VAX computer orders for DEC

Generative AI

Generative AI refers to AI systems that can create new content — text, images, code, music, video — rather than just analyzing existing data.

ToolType of ContentDeveloper
ChatGPTText, code, conversationOpenAI
DALL-EImages from text descriptionsOpenAI
Stable DiffusionImages (open-source)Stability AI
GitHub CopilotCode suggestionsMicrosoft/GitHub
SoraVideos from text promptsOpenAI

Exam tip: Generative AI creates new content; Traditional AI classifies or predicts from existing data.


AI in Indian Agriculture

InitiativeDetails
Kisan e-Mitra ChatbotAI-powered chatbot providing crop advisory, weather info, and market prices to farmers in local languages
ICAR-IARI Crop Prediction ModelsML models for forecasting crop yields using satellite imagery and weather data
Drone-based Pest DetectionDrones with AI-powered cameras identify pest infestations early, enabling targeted spraying
Plantix AppAI-based crop disease identification from phone photos
DeHaat / CropInAgri-tech platforms using AI for crop monitoring and market linkage

NLU vs NLG

ConceptFull FormWhat It DoesExample
NLUNatural Language UnderstandingMachine comprehends human language — extracts meaning, intent, entitiesAlexa understanding “What is the weather today?”
NLGNatural Language GenerationMachine produces human-readable text from structured dataChatGPT generating a paragraph, auto-generated weather reports

NLU + NLG together form the core of NLP (Natural Language Processing).


Computer Vision — Applications

Computer Vision enables machines to interpret and make decisions based on visual data (images, videos).

ApplicationHow It Works
OCR (Optical Character Recognition)Converts printed/handwritten text in images to digital text (Google Lens, Adobe Scan)
Facial RecognitionIdentifies or verifies a person from their face — used in phone unlock, airport security
Autonomous VehiclesCars use cameras + LIDAR + CV to detect lanes, pedestrians, traffic signs
Medical ImagingAI analyzes X-rays, MRIs, CT scans to detect tumors, fractures, diseases
Crop Disease DetectionIdentifies plant diseases from leaf photos using CNN models

AI Ethics — Bias & Explainability

ConceptDescription
AI BiasIf training data is biased (e.g., underrepresents certain groups), the AI output will also be biased — leading to unfair decisions in loans, hiring, policing
Explainability (XAI)Explainable AI — users and regulators should be able to understand why an AI made a particular decision, not just the result
FairnessAI systems should treat all groups equitably
TransparencyOrganizations should disclose when AI is being used for decision-making

The EU AI Act (2024) classifies AI systems by risk level and mandates transparency for high-risk applications.


Digital Literacy Mission — PMGDISHA

PMGDISHA (Pradhan Mantri Gramin Digital Saksharta Abhiyan) is the world’s largest digital literacy programme.

FeatureDetails
GoalMake 6 crore rural adults digitally literate
TargetOne person per household in rural areas
Training20 hours — covers operating digital devices, internet, digital payments, government services
Launched2017, under Digital India programme
Implementing AgencyCSC e-Governance Services India Limited

Key Terms — Quick Glossary

TermMeaning
AlgorithmStep-by-step instructions to solve a problem
Training DataHistorical data used to teach an ML model
ModelThe trained ML program that makes predictions
PredictionOutput of an ML model for new input data
DatasetCollection of data used for training or testing
FeatureIndividual measurable property in data (e.g., soil pH, rainfall)
LabelThe correct answer in supervised learning (e.g., “healthy” or “diseased”)
EpochOne complete pass through the entire training dataset

Key Takeaways

  • AI = machines that think/learn; coined by John McCarthy in 1956; Turing Test by Alan Turing (1950)
  • Three types: Narrow AI (current), General AI (theoretical), Super AI (hypothetical)
  • ML types: Supervised (labeled data), Unsupervised (unlabeled), Reinforcement (trial & error)
  • Neural network: Input → Hidden → Output layers; Deep Learning = many hidden layers
  • CNN for images, RNN/LSTM for sequences, Transformers for language models (Attention Is All You Need, 2017)
  • Foundation Models are large pre-trained models adaptable to many tasks; BERT = Encoder, GPT = Decoder
  • LLM terms: Token (text unit), Parameter (learned value), Context Window (max tokens), RLHF (human feedback for safety)
  • Generative AI creates new content (text, images, video, code); Multimodal AI handles multiple data types simultaneously
  • Agentic AI (2025-26 trend) = autonomous AI that plans, decides, and uses tools independently
  • BharatGen = India’s first govt-funded multimodal LLM supporting 22 Indian languages
  • ChatGPT: launched Nov 30, 2022; 1M users in 5 days; 100M users in 2 months — fastest-growing app ever
  • Sam Altman fired Nov 17, 2023, reinstated Nov 22; 700/770 employees threatened to quit
  • Italy = first country to ban ChatGPT (Mar 2023, GDPR); EU AI Act (2024) = world’s first comprehensive AI law
  • GPT timeline: GPT-1 (2018) → GPT-2 (2019) → GPT-3 (2020) → ChatGPT (Nov 2022) → GPT-4 (2023) → GPT-5 (2025)
  • IndiaAI Mission: Rs 10,372 crore, 38,000+ GPUs at Rs 65/hour
  • NLP lets machines understand language — NLU (comprehends) + NLG (generates) = NLP
  • Smart Cities Mission: 100 Indian cities (June 2015); GIFT City is first operational smart city
  • Expert Systems: MYCIN (medical), DENDRAL (chemistry, first expert system 1965)
  • AI Winters: First (1974-1980), Second (late 1980s-1993) — funding cuts due to unmet expectations
  • Ethical concerns: bias, job displacement, privacy, deepfakes, explainability (XAI)
  • Future skills: data literacy, digital literacy, critical thinking, AI literacy, self-efficacy
  • PMGDISHA: world’s largest digital literacy programme — 6 crore rural adults

Summary Cheat Sheet

ConceptKey Details
AIMachines that mimic human intelligence
John McCarthyCoined “Artificial Intelligence” in 1956
Turing TestCan machine fool human in conversation? (Alan Turing, 1950)
Narrow AIOne task — Siri, Google Search, spam filter (all current AI)
General AIHuman-level intelligence — does not exist yet
Super AISurpasses all human intelligence — hypothetical
Machine LearningLearns from data — subset of AI
Supervised LearningLabeled data — classification + regression
Unsupervised LearningUnlabeled data — clustering + association
Reinforcement LearningTrial & error — reward/penalty (AlphaGo)
Neural NetworkBrain-inspired — Input, Hidden, Output layers
Deep LearningMany hidden layers — images, speech, video; needs GPU
CNNImages — Convolutional Neural Network
RNN/LSTMSequences — memory for long data
GANGenerative Adversarial Network — deepfakes, image creation
Foundation ModelLarge pre-trained model adaptable to many tasks
Transformer”Attention Is All You Need” (2017) — self-attention mechanism
BERTGoogle (2018) — Encoder only — text understanding, search
GPTOpenAI — Decoder only — text generation, powers ChatGPT
TokenUnit of text model processes (word or sub-word)
ParameterLearned value in neural network — more = more knowledge
Context WindowMax tokens at once (GPT-4: 128K, Claude: 1M)
RLHFReinforcement Learning from Human Feedback — makes AI safer
Fine-tuningAdapting pre-trained model for a specific task
HallucinationAI generates plausible but incorrect information
Generative AICreates new content — text, images, video, code
Multimodal AIProcesses text + images + audio + video together (GPT-4o, Gemini)
Agentic AIAI that acts autonomously — plans, decides, uses tools (2025-26 trend)
BharatGenIndia’s first govt-funded multimodal LLM — 22 Indian languages
ChatGPT LaunchNov 30, 2022 — OpenAI — free research preview
ChatGPT 1M users5 days (Netflix took 3.5 years)
ChatGPT 100M users2 months — fastest-growing app in history
ChatGPT 900M weeklyFeb 2026 — more than doubled in one year
Sam Altman CrisisFired Nov 17, 2023; reinstated Nov 22; 700/770 staff threatened to quit
Italy ChatGPT BanFirst country to ban (Mar 2023) — GDPR privacy concerns
EU AI Act (2024)World’s first comprehensive AI regulation law
GPT-12018 — first generative pre-trained transformer
GPT-32020 — 175B parameters, few-shot learning
GPT-4Mar 2023 — multimodal (text + images)
GPT-5Aug 2025 — auto-routing fast/reasoning modes
NLPLanguage understanding — chatbots, translation
NLU vs NLGNLU = comprehends language; NLG = generates text; NLU + NLG = NLP
Computer VisionImage recognition — OCR, face unlock, disease detection
OCROptical Character Recognition — image text to digital text
Expert SystemsRule-based AI — MYCIN (medical), DENDRAL (chemistry, 1965)
AI Winters1st (1974-80), 2nd (late 1980s-93) — funding cuts
Smart Cities Mission100 cities, launched June 2015
GIFT CityIndia’s first operational smart city (Gujarat)
NITI Aayog AI Strategy5 sectors: Health, Agriculture, Education, Smart Cities, Transport
IndiaAI MissionRs 10,372 crore; 38,000+ GPUs at Rs 65/hour
AIRAWATAI Research Analytics Platform
Google GeminiGoogle’s multimodal AI (text, image, video, code)
ClaudeAnthropic — 1M token context, safety-focused
DALL-EAI image generator (OpenAI)
SoraAI video generation from text (OpenAI)
DeepSeekOpen-source reasoning model from China
AI BiasBiased data → biased decisions
Explainability (XAI)Understanding why AI made a decision
Self-efficacyBelief in own learning ability
Data LiteracyAbility to read, analyze, interpret data
PMGDISHADigital literacy — 6 crore rural adults, 20-hour training
AlgorithmStep-by-step problem-solving instructions
Training DataData used to teach ML model
Kisan e-MitraAI chatbot for crop advisory in local languages
AI in AgricultureDisease detection, yield prediction, drone spraying, precision farming

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