01:50

NPTEL IIT KGP Digital Image Processing week 1

02:41

Applied Linear Algebra in AI and ML Unit 13 Week 10 Solution

01:52

Applied Linear Algebra in AI and ML Unit 12 Week 9

01:59

Applied Linear Algebra in AI and ML Unit 11 Week 8 Assignment solution

02:59

NPTEL Applied Linear Algebra in AI and ML Unit 9 Week 6 Assignment solution

01:06:58

KTU syllabus Machine learning Regression

44:20

KTU syllabus Machine learning Confusion matrix

01:06:37

Case study of character recognition with MNIST dataset

01:07:53

Convolutional Neural Network

11:52

Transmission line problems

17:46

transmission line- Lossless and Distortion less Line

54:48

Handling of NaN values in pandas

51:04

DataFrame in Pandas Python

29:09

Bode plot- Introduction

11:04

Phase margin of open loop system

34:36

root locus problem 1, KTU syllabus ECT 307 Control system

34:14

Root Locus Plot

09:54

Routh Hurwitz criterion Problem 3

10:53

Routh Hurwitz criterion Problem 2

10:01

Routh Hurwitz criterion Problem 1

12:21

stability of closed loop systems

13:55

Routh Hurwitz criterion

23:48

Stability of systems, BIBO stability, Absolute stability

23:34

Gain margin and phase margin, Frequency domain specification

33:31

Frequency response specifications derivation, Resonant peak. Resonant frequency, Bandwidth,

32:49

Frequency response analysis of control system, Resonant Peak, resonant frequency, bandwidth,

21:55

Find the transfer function using Mason's gain formula

43:53

KTU Syllabus Control systems -

22:45

Solid State Devices ECT 201 Module 3 Class 9 Transistors

23:54

ECT 201 Solid State Devices Module 3 Class 8 Diode current numerical

32:07

ECT 201 Solid State Devices Module 3 Class 7 Metal semiconductor contacts V/I Characteristics

41:04

ECT 201 Solid State Device Module 3 Class 6 Metal Semiconductor Junction - Rectifying contacts

32:02

ECT 201 Solid State Devices Module 3 Class 5 Metal Semiconductor junction

39:02

ECT 201 Solid State Devices Module 3 Class 4 Ideal diode equation

37:40

ECT 201 Solid State Devices Module 3 Class 3 Biasing the junction and energy band diagram

44:40

ECT 201 Solid State Devices Module 3 Class 2 Electric field and charge distribution at the junction

45:50

ECT 201 Solid State Devices Module 3 Class 1 Contact potential

51:00

ECT 201 Solid State Devices Module 2 Class 7 Diffusion length and gradient in quasi fermi level

34:48

ECT 201 Solid State Devices Module 2 Class 6 Poisson equation

29:04

KTU Syllabus ECT 201 Solid State Devices Module 2 Class 5 Einstein relation

29:53

KTU Syllabus ECT 201 Solid State Devices Module 2 Class 4 Diffusion

35:59

ECT 201 Solid State Devices Module 2 Class 3 Hall effect

30:44

ECT 201 SSD M 2 Class 2 Effect of Temp and Doping on mobility

38:23

ECT 201 Module 2 Class 1 mobility and conductivity

39:50

ECT 201 Class 10 Quasi fermi level

40:09

ECT 201 Class 9 Band gap energy numerical

43:29

EXT 201 class 8 Equilibrium concentration of carriers

45:55

ECT 201 Class 7 Density of States

42:31

ECT 201 Class 6 Fermi distributions

23:20

ECT 201 Class 5 Effective mass

30:19

ECT 201 Class 5 Extrinsic semiconductor

39:27

ECT 201 Class 4 Electrons, holes and Intrinsic semiconductor

35:49

ECT 201 Class 3 compound semiconductor

40:58

ECT 201 Class 2 Elemental Semiconductor

39:44

ECT 201 Class 1 Introduction To Semiconductor Theory

33:20

Virtual memory and memory overlay

50:23

Cache memory, Mapping techniques and cache performance improvement

38:38

Input Output Organisation Direct Memory Access

37:40

Input Output Organisation, Method of data transfer- Interrupt driven data I/O

35:29

Input output organisation Methods of data transfer and Programmed I / O