36:32

Lecture 48: MIMO System Model SVD Water-filling Algorithm

36:43

Lecture 47 MIMO System Model SVD Numerical

45:03

Lecture 46 MIMO System Model MMSE SVD

29:35

Lecture 45 : MIMO System Model Zero Forcing

41:43

Lecture 44 : Diversity Numerical

46:01

Lecture 43: Diversity in Wireless communication _Equal gain Combiner.

47:11

Lecture 42 Diversity techniques in Wireless communication using Maximal Ratio Combiner.

40:09

Lecture 41 BER calculation in Wired and Wireless Communication

29:31

Lecture 40Matlab based verification and implementation of Erlang B and Erlang C

37:15

Lecture 10 | Edge detection few important example

36:22

Lecture 35 #Networkthreats and Solutions

45:39

Lecture : 34 #digitalsignatures #kerberos

45:37

Lecture : 33 # Mutual Trust and Digital Signature. ElGamal Digital Signature Method

43:38

Lecture : 32 # Whirpool Cryptographic Hash Function

45:32

Lecture : 31 # SHA-512 cryptographic hash function

53:13

Lecture : 30 Application of Cryptographic Hash Function. Iterative Hash Function: MD4

44:36

Lecture : 29 #keyexchange Elliptic Curve Cryptography. Introduction to Cryptographic Hash Function

14:16

Lecture : 28 Elgamel Key exchange strategy.

46:39

Lecture : 27 - Diffie Hellman Key Exchange

39:24

Lecture : 26 #cryptography #RSA

44:37

Lecture #25 Mixing Sub transformation in AES. Introduction to Stream Cipher

49:15

Lecture 24: #AESalgorithm Transformation and key Expansion technique

41:26

Lecture 23: Advanced Encryption Standard (AES)

43:35

Lecture 22 #numericals on DES

29:00

Lecture 21 : #DESkeygeneration #ExpansionBox

47:00

Lect 20 #productcipher #Fiestalcipher #cryptography

46:32

Lect: 19 : Components of DES #Circularshift #Swapfunction

41:14

Lect18 - Modern block Ciphers. #P-Box # S-Box

34:30

Lecture: 17 #symetric Cipher

39:57

Lect16: #EllipticCurve Arithmetic

44:15

Lecture 15: #Discrete_Logarithm#cryptography

36:35

Lect 14: Chinese Remainder Theorem

45:02

Lecture : 13 #eulertheorem

46:45

Lecture : 7 #HillCipher

41:31

Lecture : 12: Mathematical Foundation for Cryptography #primenumber #Fermat's Theorem

51:18

Lecture 9: Mathematical Concepts related to Cryptography

43:26

Lect 11: Mathematical Foundation for Cryptography

36:01

Lecture 8 : Mathematical Foundations for Cryptography

36:06

Lecture 6

42:46

Lecture 5

36:33

Lecture 4

49:06

Lecture 3

47:32

Lecture 2: Cryptography_ Security Mechanism

44:41

Lect-1: Introduction to cryptography

01:30

EaseCART prototype

47:09

lecture 11: Basic Electronics: BJT Amplifier Design

35:02

Lecture 10: Basic Electronics : BJT 4

47:32

Lecture 9: Basic Electronics : BJT -3

31:36

Lecture 8: Basic Electronics : BJT 2

49:25

Lecture 6A : Basic Electronics: Diode 4 : Zener Diode and Voltage Regulator

47:16

Lecture 7-Basic Electronics - BJT - 1

46:31

Lecture 6 - Basic Electronics - Diodes 3

46:41

Lecture 5 ‐ Basic Electronics - Diode-2

47:14

Lecture 4: Basic Electronics :Junction Diode : Part 1

58:04

Lecture 3 : Basic Electronics Circuit Analysis

52:48

Lecture 2: Basic Electronics

59:40

Lecture 1: Basic Electronics

54:58

Lecture 3: Robotics and Automation # Degree of Freedom and Kutzback Criterion

44:50

Principles of Communication Engineering -20

48:18

Principles of Communication Engineering part - 22