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RGPV B.Tech · 4th Year

AIDS 8th Semester Syllabus

Artificial Intelligence & Data Science (AD): the official syllabus of all 7 8th sem subjects, unit by unit, with previous year papers, notes and important questions. Free to read.

Subjects

AD 8th semester syllabus, unit by unit

Every subject of RGPV Artificial Intelligence & Data Science 8th semester (4th year), as the official syllabus lists it.

Big Data (BD)

AD-801
  1. Unit 1Introduction to Big Data

    Introduction to Big data · Big data characteristics · Types of big data · Traditional versus Big data · Evolution of Big data · Challenges with Big Data · Technologies available for Big Data · Infrastructure for Big data · Use of Data Analytics · Desired properties of Big Data system

  2. Unit 2Introduction to Hadoop

    Core Hadoop components · Hadoop Eco system · Hive Physical Architecture · Hadoop limitations · RDBMS Versus Hadoop · Hadoop Distributed File system · Processing Data with Hadoop · Managing Resources and Application with Hadoop YARN · MapReduce programming

  3. Unit 3Hive and Pig

    Hive Architecture · Hive Data types · Hive Query Language · Introduction to Pig · Anatomy of Pig · Pig on Hadoop · Use Case for Pig · ETL Processing · Data types in Pig · Running Pig · Execution model of Pig · Operators · Functions · Data types of Pig

  4. Unit 4Introduction to NoSQL

    NoSQL Business Drivers · NoSQL Data architectural patterns · Variations of NoSQL architectural patterns using NoSQL to Manage Big Data · Introduction to MongoDB

  5. Unit 5Mining Social Network Graphs

    Applications of social Network mining · Social Networks as a Graph · Types of social Networks · Clustering of social Graphs · Direct Discovery of communities in a social graph · Introduction to recommender system

Natural Language Processing (NLP)

AD-802 (A)
  1. Unit 1Introduction

    Natural Language Processing (NLP): Definition and scope · Applications in various domains · Challenges and limitations · NLP tasks in syntax, semantics, and pragmatics · Different Data Models such as Boolean Model, Vector model, Probabilistic Model · Comparison of classical NLP models: Rule‑based model, Statistical model, Information retrieval model, Rule‑based machine translation model, Probabilistic Graphical model

  2. Unit 2Linguistics and Morphology

    Linguistic essentials: Phonetics and Phonology · Morphology: Morphens, Syntax, Semantics, Pragmatics, Semiotics, Discourse Analysis, Psycholinguistics, Corpus Linguistics · Word Formation Processes · Morphological analysis · Morphological Finite State Transducers

  3. Unit 3Word Level Analysis

    Tokenization · Part‑of‑Speech Tagging (POS Tagging) · Lemmatization · Stemming · Named Entity Recognition (NER) · Word Sense Disambiguation (WSD) · Word Embedding · Types of POS Tagging: Rule‑based, Stochastic, Transformation‑based, Lexical · Hidden Markov Model and Maximum Entropy model · n‑grams · Collocations · Applications of NER

  4. Unit 4Syntax Analysis

    Grammatical Formalisms: Context Free Grammars (CFG) · Grammar rules for English · Syntactic parsing: Grammar formalisms and treebanks · Efficient parsing for context‑free grammars (CFGs) · Statistical parsing and probabilistic CFGs (PCFGs)

  5. Unit 5Semantic Analysis

    Requirements for representation · First‑Order Logic · Description Logics · Syntax‑Driven Semantic analysis · Semantic attachments · Word senses, relations between senses, thematic roles, selectional restrictions · Word‑sense disambiguation (WSD) using supervised, dictionary and thesaurus methods · Applications of WSD

Reinforcement Learning (RL)

AD-802 (B)
  1. Unit 1Introduction to Reinforcement Learning

    Definition of reinforcement learning framework and Markov Decision Process ($MDP$) · Policies · Value functions and Bellman equations · Exploration vs. exploitation strategies · Components and architecture of an RL agent · Common challenges and problems in reinforcement learning

  2. Unit 2Bandit Algorithms and Dynamic Programming

    Multi‑armed bandit algorithms: Upper Confidence Bound (UCB), Probably Approximately Correct (PAC), Median Elimination · Policy gradient methods for bandits · Full reinforcement learning and $MDP$ formulation · Bellman optimality principle · Dynamic programming techniques: value iteration, policy iteration, and policy evaluation · Extensions of DP and convergence analysis using contraction mapping · Monte‑Carlo (MC) learning · Temporal‑Difference (TD) learning · TD‑$\lambda$ and eligibility traces

  3. Unit 3Q‑Learning, Function Approximation and Deep Q‑Networks

    Q‑learning algorithm and its relation to temporal‑difference methods · Eligibility traces in Q‑learning · Function approximation for value functions: linear, non‑linear, and least‑squares methods · Incremental vs. batch update methods · Deep Q‑Learning analysis and stability considerations · Deep Q‑Network (DQN) architecture · Experience replay mechanisms

  4. Unit 4Advanced Q‑Learning, Policy Gradient, Hierarchical and POMDPs

    Fitted Q‑iteration and its applications · Advanced Q‑learning variants and handling deep Q‑learning problems · Imitation learning from optimal controllers · Integration of DQN with policy‑gradient approaches · Policy‑gradient algorithms for full reinforcement learning · Hierarchical reinforcement learning concepts · Partially observable Markov decision processes (POMDPs)

  5. Unit 5Actor‑Critic, Inverse RL and Current Trends

    Actor‑Critic methods and their variants · Inverse reinforcement learning (IRL) · Maximum entropy deep inverse reinforcement learning · Generative adversarial imitation learning (GAIL) · Recent trends in reinforcement learning architectures

Robotic Process Automation (RPA)

AD-802 (C)
  1. Unit 1Introduction to RPA

    Scope and techniques of automation · Robotic process automation overview · Benefits of RPA · Components of RPA · RPA platforms · Future of automation · History of automation · Comparison of RPA vs Automation · Processes and flowcharts · Programming constructs in RPA · Types of bots · RPA development methodologies · Robotic control‑flow architecture · RPA business case · Industries best suited for RPA · Risks and challenges with RPA · Emerging RPA ecosystem

  2. Unit 2RPA Tool Introduction and Basics

    Introduction to RPA tool · User interface overview · Variables in RPA · Managing variables · Managing arguments · Arguments panel · Imported namespaces · Control flow: If‑Else statements · Loops in RPA · Advanced control flow constructs · Data manipulation: scalar variables · Data manipulation: collections and tables · Text manipulation · Data gathering and assembling

  3. Unit 3Advanced Automation Concepts & Techniques

    Basic and desktop recording · Web recording · Input‑output methods · Screen scraping · Data scraping techniques · Selectors: definition and assessment · Selector customization · Debugging selectors · Dynamic selectors · Partial selectors · Image, text and advanced Citrix automation challenges · Excel data tables and PDF handling · Data tables in RPA · Excel and data table basics · Data manipulation in Excel · Extracting data from PDF · Extracting single data items · Anchors in PDF · Using anchors in PDF

  4. Unit 4Handling User Events & Assistant Bots

    Assistant bots overview · Monitoring system event triggers · Hotkey trigger handling · Mouse trigger handling · System trigger handling · Monitoring image and element triggers · Launching an assistant bot via keyboard event · Exception handling and debugging · Debugging tools for RPA · Strategies for solving issues · Error catching techniques

  5. Unit 5Deploying and Maintaining Bot

    Publishing bots using publish utility · Creating an RPA server · Controlling bots via server · Provisioning a robot from server · Connecting robot to server · Deploying robot to server · Publishing and managing updates · Managing packages · Uploading packages · Deleting packages

AI for Remote Sensing (ARS)

AD-803 (A)
  1. Unit 1Introduction to Remote Sensing and AI

    Definition of Remote sensing · Principles of Remote Sensing · Introduction to Artificial Intelligence · Integration of AI in Remote Sensing

  2. Unit 2Types of Remote Sensing Platforms and Sensors

    Types and classification of sensors · Types of platforms (ground, airborne, space‑borne) · Data acquisition techniques and image resolution · Data pre‑processing and feature extraction techniques · Radiometric and geometric corrections · Data fusion and enhancement methods

  3. Unit 3AI for Remote Sensing

    Supervised learning for remote sensing analysis · Unsupervised learning for remote sensing analysis · Deep learning for remote sensing analysis · Image classification techniques in remote sensing

  4. Unit 4AI‑Assisted Image Interpretation and Feature Extraction

    Object detection and tracking in remote sensing imagery · Change detection and time‑series analysis · Hyperspectral and LiDAR data analysis · Fusion of multi‑modal remote sensing data

  5. Unit 5Applications of AI in Remote Sensing

    Land cover and land use mapping · Environmental monitoring and assessment · Disaster management and response · Precision agriculture and crop monitoring

Augmented & Virtual Reality (AVR)

AD-803 (B)
  1. Unit 1Introduction to Virtual Reality

    Introduction to Virtual Reality · VR Basics · History of VR · VR paradigms · Collaboration · Virtual reality systems · Representation · User interaction · Geometry of Virtual Worlds · Geometric Models · Changing Position and Orientation · Axis · Angle Representations of Rotation · Viewing Transformations · Chaining the Transformations

  2. Unit 2Motion in Real and Virtual Worlds

    Motion in Real and Virtual Worlds · Velocities and Accelerations · The Vestibular System · Physics in the Virtual World · Mismatched Motion and Vection

  3. Unit 3Applying Virtual Reality

    Applying Virtual Reality · Virtual reality: the medium · Form and genre · What makes an application a good candidate for VR · Promising application fields · Demonstrated benefits of virtual reality · More recent trends in virtual reality application development · A framework for VR application development

  4. Unit 4Augmented Reality Foundations

    Augmented Reality · Terminology · Simple augmented reality · Augmented reality as an emerging technology · Augmented reality applications · Marker detection · Marker pose · Marker types and identification · Template markers · 2D bar‑code markers · Image markers · Infrared markers · Miniature markers · Discussion on marker use · General marker detection application

  5. Unit 5AR Development & Applications

    AR Development & Applications · User interfaces · Avoiding physical contacts · Practical experiences with head‑mounted displays · Authoring and dynamic content · AR applications and future visions · Designing an AR application · Technology adoption and acceptance · Where to use augmented reality

Managing Innovation and Entrepreneurship (MIE)

AD-803 (C)
  1. Unit 1Innovation definition and classification

    Basic definition and classification of innovation · Relationship between innovation and entrepreneurship · Creation of competitive advantage through innovation · Innovative models · Product innovation · Process innovation · Organizational innovation · Marketing innovation · Role of innovation in business development

  2. Unit 2Sources and creative methods in innovation

    Sources of innovation (push, pull, analogies) · Technology transfer · Creative methods and approaches in innovation management · Agile management · Six Thinking Hats technique · NUF test

  3. Unit 3Project approaches and Open Innovation

    Project approach to innovation management · Stage‑Gate method and its essence · Adapting access to selected business models · In‑house business development of the innovation process · Open Innovation concept · Limits and benefits of Open Innovation for business development

  4. Unit 4Human‑centered innovation and strategies

    Human‑centered innovations · Role of co‑creation in the innovation process · Innovation process strategies · Types of innovation strategies · Selection of appropriate strategies

  5. Unit 5Measurement, barriers, and workshops

    Measurement and evaluation of innovation benefits (financial and non‑financial metrics) · Combination and selection of metrics · Barriers to innovation in business · Causes of innovation failure · Post‑audit of innovative projects · Organization and facilitation of innovation workshops