NDLI: Stochastic control and communication [NOC]

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Aerospace Engineering

Atmospheric Science

Computer Science and Engineering

Civil Engineering

Chemical Engineering

Chemistry and Biochemistry

Electrical Engineering

A brief introduction of Micro - Sensors [NOC]

ANALOG ELECTRONIC CIRCUITS

Advance power electronics and Control [NOC]

Advanced Control Systems

Advanced Electric Drives

Advanced IOT Applications [NOC]

Advanced Linear Continuous Control Systems: Applications with MATLAB Programming and Simulink [NOC]

Advanced Microwave Guided-Structures and Analysis [NOC]

Advanced Neural Science for Engineers [NOC]

Advanced Topics in Probability and Random Processes [NOC]

Advanced topics in Wireless Communication (Hindi) [NOC]

Advances in UHV Transmission and Distribution [NOC]

An Introduction to Coding Theory [NOC]

An Introduction to Electronics Systems Packaging

Analog Circuits [NOC]

Analog Electronic Circuits - IITM [NOC]

Analog Electronic Circuits [NOC]

Analog VLSI Design [NOC]

Analysis and Design Principles of Microwave Antennas [NOC]

Applied Electromagnetics For Engineers

Applied Linear Algebra [NOC]

Applied Linear Algebra for Signal Processing, Data Analytics and Machine Learning [NOC]

Applied Optimization for Wireless, Machine Learning, Big Data [NOC]

Architectural Design of Digital Integrated Circuits [NOC]

Basic Electric Circuits [NOC]

Basic Electrical Circuits [NOC]

Basic Electrical Technology

Basic Electronics [NOC]

Basics of Semiconductor Microwave Devices [NOC]

Biomedical Signal Processing [NOC]

CMOS Digital VLSI Design [NOC]

Chaos, Fractals & Dynamic Systems

Cognition and its computation [NOC]

Computational Electromagnetics & Applications [NOC]

Computational Electromagnetics [NOC]

Computer Aided Power System Analysis

Computer Aided Power System Analysis [NOC]

Computer Vision and Image Processing - Fundamentals and Applications [NOC]

Computer-Aided Design of Electrical Machines [NOC]

Concentration inequalities [NOC]

Control Engineering

Control and Tuning Methods in Switched Mode Power Converters [NOC]

Control engineering [NOC]

DC Power Transmission Systems [NOC]

DIGITAL COMMUNICATION

Dc Microgrid and Control System [NOC]

Deep Learning For Visual Computing [NOC]

Design Of Electric Motors [NOC]

Design and Simulation of Power conversion using open source tools [NOC]

Design for internet of things [NOC]

Digital Circuits [NOC]

Digital Communication using GNU Radio [NOC]

Digital Control System

Digital Control in Switched Mode Power Converters and FPGA-based Prototyping [NOC]

Digital Electronic Circuits [NOC]

Digital IC Design [NOC]

Digital Integrated Circuits

Digital Signal Processing

Digital Signal Processing [NOC]

Digital Signal Processing and its Applications [NOC]

Digital System Design [NOC]

Dynamics of Physical Systems

EMI /EMC and Signal Integrity: Principles, Techniques and Applications [NOC]

Economic Operations And Control Of Power Systems [NOC]

Electric Vehicles - Part 1 [NOC]

Electric vehicles and Renewable energy [NOC]

Electrical Distribution System Analysis [NOC]

Electrical Equipment and Machines: Finite Element Analysis [NOC]

Electrical Machines - I [NOC]

Electrical Machines - II [NOC]

Electrical Machines -I

Electrical Machines I

Electrical Machines II

Electrical Machines [NOC]

Electrical Measurement and Electronic Instruments [NOC]

Electromagnetic Fields

Electromagnetic Waves in Guided and Wireless Media [NOC]

Electromagnetic compatibility, EMC [NOC]

Electromagnetic theory [NOC]

Electronic Modules for Industrial Applications using Op-Amps [NOC]

Electronic Systems for Cancer Diagnosis [NOC]

Electronics Enclosures Thermal Issues [NOC]

Electronics equipment integration and Prototype building [NOC]

Embedded Sensing, Actuation and Interfacing Systems [NOC]

Embedded Systems

Energy Management Systems and SCADA

Energy Resources & Technology

Engineering Electromagnetics

Estimation of Signals and Systems

Evolution of Air Interface towards 5G [NOC]

Fabrication Techniques for MEMs-based sensors : Clinical perspective [NOC]

Fabrication of Silicon VLSI Circuits using the MOS technology

Facts Devices [NOC]

Fiber Optic Communication Technology [NOC]

Fiber-Optic Communication Systems and Techniques [NOC]

Fundamental of Power Electronics [NOC]

Fundamentals Of Wireless Communication (Hindi) [NOC]

Fundamentals of Electric Drives [NOC]

Fundamentals of Electric vehicles: Technology & Economics [NOC]

Fundamentals of Electrical Engineering [NOC]

Fundamentals of Nano and Quantum Photonics [NOC]

Fundamentals of Wavelets, Filter Banks and Time Frequency Analysis [NOC]

Fundamentals of semiconductor devices [NOC]

Fuzzy Sets, Logic and Systems & Applications [NOC]

High Power Multilevel Converters- Analysis, design and operational issues [NOC]

High Voltage DC Transmission

High Voltage Engineering

Illumination Engineering

Image Signal Processing [NOC]

Industrial Automation and Control

Industrial Automation and Control [NOC]

Industrial Drives

Industrial Drives - Power Electronics

Industrial Instrumentation

Information Theory [NOC]

Information Theory, Coding and Cryptography [NOC]

Integrated Circuits and Applications [NOC]

Integrated Circuits, MOSFETs, Op-Amps and their Applications [NOC]

Integrated Photonics Devices and Circuits [NOC]

Intelligent Systems and Control

Introduction To Adaptive Signal Processing [NOC]

Introduction To Electronic Circuits

Introduction to Electrical Engineering [NOC]

Introduction to Embedded System Design [NOC]

Introduction to Hybrid and Electric Vehicles

Introduction to Non Linear Dynamics [NOC]

Introduction to Photonics [NOC]

Introduction to Semiconductor Devices [NOC]

Introduction to Time - Varying Electrical Networks [NOC]

Introduction to Wireless and Cellular Communications [NOC]

Introductory Neuroscience & Neuro-Instrumentation [NOC]

Linear Dynamical Systems [NOC]

Linear Systems Theory [NOC]

Machine Learning And Deep Learning -- Fundamentals And Applications [NOC]

Mapping Signal Processing Algorithms to Architectures [NOC]

Mathematical Aspects of Biomedical Electronic System Design [NOC]

Mathematical Methods and Techniques in Signal Processing [NOC]

Medical Image Analysis [NOC]

Microelectronics: Devices To Circuits [NOC]

Microprocessors And Microcontrollers [NOC]

Microprocessors and Interfacing [NOC]

Microwave Engineering [NOC]

Microwave Theory and Techniques [NOC]

Modelling and Analysis of Electric Machines

Modern Computer Vision [NOC]

Multirate DSP [NOC]

Nanobiophotonics: Touching Our Daily Life [NOC]

Network Analysis [NOC]

Networks Signals and Systems

Networks and Systems

Neural Networks for Signal Processing – I [NOC]

Non-Conventional Energy Systems

Nonlinear Control System

Nonlinear Dynamical Systems

Nonlinear System Analysis [NOC]

Nonlinear and Adaptive Control [NOC]

Numerical Analysis

Op-Amp Practical Applications: Design, Simulation and Implementation [NOC]

Optical Engineering [NOC]

Optical Fiber Sensors [NOC]

Optical Wireless Communications for Beyond 5G Networks and IoT [NOC]

Optimal Control

Optimal control [NOC]

Optimization Techniques for Digital VLSI Design [NOC]

Peer To Peer Networks [NOC]

Phase-Locked Loops

Photonic integrated circuit [NOC]

Physical Modelling for Electronics Enclosures using Rapid prototyping [NOC]

Power Electronics

Power Electronics [NOC]

Power Electronics and Distributed Generation

Power Management Integrated Circuits [NOC]

Power Quality Improvement Technique [NOC]

Power Quality [NOC]

Power Quality in Power Distribution Systems

Power System Analysis

Power System Dynamics

Power System Dynamics and Control

Power System Dynamics, Control and Monitoring [NOC]

Power System Engineering [NOC]

Power System Generation, Transmission and Distribution (Encapsulated from earlier Video)

Power System Protection

Power System Protection [NOC]

Power System Protection and Switchgear [NOC]

Power System Stability and Control

Power Systems Analysis

Power Systems Operation and Control

Principles and Techniques of Modern Radar Systems [NOC]

Principles of Communication Systems - I [NOC]

Principles of Communication Systems: Part - II [NOC]

Principles of Digital Communications (July-Oct 2018) [NOC]

Principles of Digital Communications [NOC]

Principles of Signals and Systems [NOC]

Probability Foundations for Electrical Engineers

Probability Foundations for Electrical Engineers [NOC]

Probability and Random Processes (प्रायिकता एवं यादृच्छिक प्रक्रियाएँ) [NOC]

Pulse width Modulation for Power Electronic Converters

RF Transceiver Design [NOC]

RF and Microwave Networks [NOC]

Real-Time Digital Signal Processing [NOC]

Recent Advances in Transmission Insulators [NOC]

Restructured Power Systems

Semiconductor Devices and Circuits [NOC]

Semiconductor device modeling and Simulation [NOC]

Sensor Technologies: Physics, Fabrication, And Circuits [NOC]

Sensors and Actuators [NOC]

Signal Processing for mm Wave communication for 5G and beyond [NOC]

Signals and Systems [NOC]

Simulation Of Communication Systems Using Matlab [NOC]

Smart Grid: Basics to Advanced Technologies [NOC]

Special Electromechanical Systems

State space Approach to Control System Analysis and Design [NOC]

Statistical Signal Processing [NOC]

Stochastic Modeling and the Theory of Queues [NOC]

Stochastic control and communication [NOC]

Lecture 1 : Decision Making under Uncertainty

Lecture 2 : Expected Utility Theory

Lecture 3 : Expected Utility Theory II

Lecture 4 : Expected Utility Theory III

Lecture 5 : Role of Information in Decision Making

Week 2 - Lecture 6

Week 2 - Lecture 7

Week 2 - Lecture 8

Week 2 - Lecture 9

Week 2 - Lecture 10

Lecture 11 : Interpreting randomised decision rules

Lecture 12 : Stationary Transition Probability: State Diagram Representation and example of Markov policies

Lecture 13 : Example of History Dependent Policies

Lecture 14 : Complexity of the problem using brute force approach

Week 3 - Lecture 15

Lecture 16 : Dynamic Programming Algorithm

Lecture 17 : DP Algo applied to Inventory Control Problem

Lecture 18 : DP Algo applied to Inventory Control Problem (Continued)

Lecture 19 : DP Algo applied to Inventory Control Problem (Continued)

Lecture 20 : Optimal Stopping Problem

Lecture 21 : Optimal Stopping Example: Secretary Problem

Lecture 22 : Optimal Stopping Example: Secretary Problem (Continued)

Lecture 23 : Optimal Stopping Example: Secretary Problem (Continued)

Lecture 24 : Linear System Quadratic Cost Problem

Lecture 25 : Linear System Quadratic Cost Problem (Continued)

Lecture 26 : Solving it via DP algorithm (Continued)

Lecture 27 : Equivalence between Optimal HR Policyand optimal Markov Deterministic Policy

Lecture 28 : Stochastic Control under incomplete state information

Lecture 29 : Stochastic Control under incomplete state information (Continued)

Lecture 30 : Stochastic Control under incomplete state information: Example

Lecture 31 : Stochastic Control under incomplete state information: Example (Continued)

Lecture 32 : Stochastic Control under incomplete state information: Example (Continued)

Lecture 33 : Stochastic Control under incomplete state information: Example (Continued)

Lecture 34 : LQ systems with Imperfect Information - I

Lecture 35 : LQ systems with Imperfect Information - II

Lecture 36 : LQ systems with Imperfect Information - III

Lecture 37 : LQ systems with Imperfect Information - IV

Lecture 38 : Filtering - I

Lecture 39 : Filtering - II

Lecture 40 : Kalman Filtering - I

Lecture 41 : Kalman Filtering - II

Lecture 42 : Kalman Filtering - III

Lecture 43 : Belief State Formulation - I

Lecture 44 : Belief State Formulation - II

Lecture 45 : Information Structures - I

Lecture 46 : Information Structures - II

Lecture 47 : Witsenhausen Problem - I

Lecture 48 : Witsenhausen Problem - II

Lecture 49 : Witsenhausen Problem - III

Lecture 50 : Witsenhausen Problem - IV

Lecture 51 : Witsenhausen Problem - V

Lecture 52 : Witsenhausen Problem - VI

Lecture 53 : Witsenhausen Problem - VII

Lecture 54 : Team Decision Theory - I

Lecture 55 : Team Decision Theory - II

Lecture 56 : Team Decision Theory - III

Lecture 57 : Team Decision Theory - IV

Lecture 58 : Team Decision Theory - V

Lecture 59 : Team Decision Theory - VI

Lecture 60 : Team Decision Theory - VII

Lecture 61 : Communication Theory - I

Lecture 62 : Communication Theory - II

Lecture 63 : Communication Theory - III

Lecture 64 : Communication Theory - IV

Lecture 65 : Communication Theory - V

Switched Mode Power Conversion

System Design Through VERILOG [NOC]

Transducers For Instrumentation [NOC]

Transmission lines and electromagnetic waves [NOC]

Usability Engineering [NOC]

VLSI Design Flow: RTL to GDS [NOC]

VLSI Interconnects [NOC]

VLSI Physical Design with Timing Analysis [NOC]

VLSI Signal Processing [NOC]

डिजिटल स्विचिंग (Digital Switching) [NOC]

Electronic Systems Design: Hands-on Circuits and PCB Design with CAD Software

Line Commutated and PWM Rectifiers

Photonic Crystals: Fundamentals & Applications

Introduction to Multi-Agent Systems

Power Network Analysis

A Basic Course on Electric and Magnetic Circuits

Modeling and TCAD Simulation of Solar PV Cell

Convex Optimization in Control

Passive Microwave Circuits, Devices, and Measurements

Optimization Theory and Algorithms

Power Electronics with Wide Band Gap Devices

Sliding Mode Control and Applications

Modeling, Analysis and Estimation of Three Phase Unbalanced Power Network

Charging Infrastructure

Advanced Distribution System Analysis and Operation

Electronics & Communication Engineering

Engineering Design

Environmental Science

Humanities and Social Sciences

Mechanical Engineering

Mining Engineering

Metallurgy and Material Science

Ocean Engineering

Textile Engineering

Multidisciplinary

Basic courses-Sem 1 and 2

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