Канал: Learning Express

Lecture 10 | Edge detection few important example

Lecture 10 | Edge detection few important example

Lecture 35 #Networkthreats and Solutions

Lecture 35 #Networkthreats and Solutions

Lecture : 34 #digitalsignatures #kerberos

Lecture : 34 #digitalsignatures #kerberos

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

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

Lecture : 32 # Whirpool Cryptographic Hash Function

Lecture : 32 # Whirpool Cryptographic Hash Function

Lecture : 31 # SHA-512 cryptographic hash function

Lecture : 31 # SHA-512 cryptographic hash function

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

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

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

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

Lecture : 28 Elgamel Key exchange strategy.

Lecture : 28 Elgamel Key exchange strategy.

Lecture : 27 - Diffie Hellman Key Exchange

Lecture : 27 - Diffie Hellman Key Exchange

Lecture : 26 #cryptography #RSA

Lecture : 26 #cryptography #RSA

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

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

Lecture 24: #AESalgorithm Transformation and key Expansion technique

Lecture 24: #AESalgorithm Transformation and key Expansion technique

Lecture 23: Advanced Encryption Standard (AES)

Lecture 23: Advanced Encryption Standard (AES)

Lecture 22 #numericals on DES

Lecture 22 #numericals on DES

Lecture 21 : #DESkeygeneration #ExpansionBox

Lecture 21 : #DESkeygeneration #ExpansionBox

Lect 20 #productcipher #Fiestalcipher #cryptography

Lect 20 #productcipher #Fiestalcipher #cryptography

Lect: 19 : Components of DES #Circularshift #Swapfunction

Lect: 19 : Components of DES #Circularshift #Swapfunction

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

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

Lecture: 17 #symetric Cipher

Lecture: 17 #symetric Cipher

Lect16: #EllipticCurve Arithmetic

Lect16: #EllipticCurve Arithmetic

Lecture 15: #Discrete_Logarithm#cryptography

Lecture 15: #Discrete_Logarithm#cryptography

Lect 14: Chinese Remainder Theorem

Lect 14: Chinese Remainder Theorem

Lecture : 13 #eulertheorem

Lecture : 13 #eulertheorem

Lecture : 7 #HillCipher

Lecture : 7 #HillCipher

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

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

Lecture 9: Mathematical Concepts related to Cryptography

Lecture 9: Mathematical Concepts related to Cryptography

Lect 11: Mathematical Foundation for Cryptography

Lect 11: Mathematical Foundation for Cryptography

Lecture 8 : Mathematical Foundations for Cryptography

Lecture 8 : Mathematical Foundations for Cryptography

Lecture 6

Lecture 6

Lecture 5

Lecture 5

Lecture 4

Lecture 4

Lecture 3

Lecture 3

Lecture 2: Cryptography_ Security Mechanism

Lecture 2: Cryptography_ Security Mechanism

Lect-1: Introduction to cryptography

Lect-1: Introduction to cryptography

EaseCART prototype

EaseCART prototype

lecture 11: Basic Electronics: BJT Amplifier Design

lecture 11: Basic Electronics: BJT Amplifier Design

Lecture 10: Basic Electronics : BJT 4

Lecture 10: Basic Electronics : BJT 4

Lecture 9: Basic Electronics : BJT -3

Lecture 9: Basic Electronics : BJT -3

Lecture 8: Basic Electronics : BJT 2

Lecture 8: Basic Electronics : BJT 2

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

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

Lecture 7-Basic Electronics - BJT - 1

Lecture 7-Basic Electronics - BJT - 1

Lecture 6 - Basic Electronics - Diodes 3

Lecture 6 - Basic Electronics - Diodes 3

Lecture 5 ‐ Basic Electronics - Diode-2

Lecture 5 ‐ Basic Electronics - Diode-2

Lecture 4: Basic Electronics :Junction Diode : Part 1

Lecture 4: Basic Electronics :Junction Diode : Part 1

Lecture 3 : Basic Electronics Circuit Analysis

Lecture 3 : Basic Electronics Circuit Analysis

Lecture 2: Basic Electronics

Lecture 2: Basic Electronics

Lecture 1: Basic Electronics

Lecture 1: Basic Electronics

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

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

Principles of Communication Engineering -20

Principles of Communication Engineering -20

Principles of Communication Engineering part - 22

Principles of Communication Engineering part - 22

Principles of Communication Engineering 21

Principles of Communication Engineering 21

Principle of Communication Engineering 19

Principle of Communication Engineering 19

Principle of Communication Engineering -18

Principle of Communication Engineering -18

Priciple of Communication Engineering 17

Priciple of Communication Engineering 17

Principle of Communication Engineering - 16

Principle of Communication Engineering - 16

Principle of Communication Engineering -14

Principle of Communication Engineering -14

Principles of Communication Engineering -15

Principles of Communication Engineering -15

Principle of Communication Engineering -13

Principle of Communication Engineering -13

Principle of Communication Engineering - 12

Principle of Communication Engineering - 12

Principles of Communication Engineering -Part 10

Principles of Communication Engineering -Part 10

Principle of Communication Engineering - 11

Principle of Communication Engineering - 11

Principles of Communication Engineering : 9

Principles of Communication Engineering : 9

Principle of Communication Engineering : Lecture 8

Principle of Communication Engineering : Lecture 8

Principle of Communication Engineering : 7

Principle of Communication Engineering : 7

Principle of Communication Engineering 6

Principle of Communication Engineering 6

Principle of Communication Engineering 5

Principle of Communication Engineering 5

Principle of Communication Engineering 4

Principle of Communication Engineering 4

Principle of Communication Engineering 3

Principle of Communication Engineering 3

Principles of Communication Engineering - Lect-2

Principles of Communication Engineering - Lect-2

Principles of Communication Engineering Lect - 1

Principles of Communication Engineering Lect - 1

WMC Lecture on #RSRP Estimation and Analysis

WMC Lecture on #RSRP Estimation and Analysis

WMC Lecture on #RSRP data collection

WMC Lecture on #RSRP data collection

Lecture 5A: Stepper Motor Parameters and Numerical || Comparison of Actuators

Lecture 5A: Stepper Motor Parameters and Numerical || Comparison of Actuators

Lecture 31: Part 4: PAPR analysis in context to OFDMA transmission

Lecture 31: Part 4: PAPR analysis in context to OFDMA transmission

Lecture 31 : Part 3 : Cyclic Prefix analysis for OFDM

Lecture 31 : Part 3 : Cyclic Prefix analysis for OFDM

Lecture 31 : PART 2 : Effective use of FFT in OFDMA

Lecture 31 : PART 2 : Effective use of FFT in OFDMA

#Multipathchannel #wirelesstransmission

#Multipathchannel #wirelesstransmission

#RayleighFading #EasilyExplained!!!

#RayleighFading #EasilyExplained!!!

Lecture 3A Proof of Adjacent and Co-Channel Reuse distance leading to Frequency Reuse concept

Lecture 3A Proof of Adjacent and Co-Channel Reuse distance leading to Frequency Reuse concept

Present Scenario in Telecom Sector and Mobile Portability

Present Scenario in Telecom Sector and Mobile Portability

lecture 22 Trajectory Planning part 2. Quintic Polynomial | Numerical on Trajectory planning

lecture 22 Trajectory Planning part 2. Quintic Polynomial | Numerical on Trajectory planning

Lecture 23 : Robot Programming

Lecture 23 : Robot Programming

Lecture 21 Trajectory planning part 1

Lecture 21 Trajectory planning part 1

Lecture 20 Robotics |INVERSE KINEMATICS

Lecture 20 Robotics |INVERSE KINEMATICS

Lecture 19 Robotics | SOLVED NUMERICAL ON DH PARAMETER

Lecture 19 Robotics | SOLVED NUMERICAL ON DH PARAMETER

Lecture 18 Robotics | DH PARAMETER | ESTIMATION OF LINK AND JOINT VARIABLES

Lecture 18 Robotics | DH PARAMETER | ESTIMATION OF LINK AND JOINT VARIABLES

Lecture 17 Robotics | DENAVIT HATENBERG PRINCIPLE | FRAME REPRESENTATION

Lecture 17 Robotics | DENAVIT HATENBERG PRINCIPLE | FRAME REPRESENTATION

Lecture 15 Robotics || ROLL-PITCH-YAW ANGLES IN ROBOTICS.

Lecture 15 Robotics || ROLL-PITCH-YAW ANGLES IN ROBOTICS.

Lecture 16 Robotics | EULER ANGLE || EXPLANATION WITH EXAMPLES

Lecture 16 Robotics | EULER ANGLE || EXPLANATION WITH EXAMPLES

Lecture 14 Robotics | PROPERTIES OF ROTATIONAL MATRIX | INVERSION OF H MATRIX

Lecture 14 Robotics | PROPERTIES OF ROTATIONAL MATRIX | INVERSION OF H MATRIX

Lecture 12 Robotics | Coordinate transformation and numericals

Lecture 12 Robotics | Coordinate transformation and numericals

Lecture 13 Robotics | Homogeneous Transformation Matrix

Lecture 13 Robotics | Homogeneous Transformation Matrix

Lecture 11 Robotics | ROBOT KINEMATICS PART 1 | ROTATIONAL TRANSFORMATION

Lecture 11 Robotics | ROBOT KINEMATICS PART 1 | ROTATIONAL TRANSFORMATION

Lecture 10 Robotics #EDGEDETECTION #FEATUREEXTRACTION

Lecture 10 Robotics #EDGEDETECTION #FEATUREEXTRACTION

Lecture 9 Robotics #ImageProcessing #Thresholding #REGIONGROWING #REGIONSPLIT/MERGE

Lecture 9 Robotics #ImageProcessing #Thresholding #REGIONGROWING #REGIONSPLIT/MERGE

Lecture 8 Robotics #Incremental Optical sensor || CCD || CMOS sensor for vision in a Robot

Lecture 8 Robotics #Incremental Optical sensor || CCD || CMOS sensor for vision in a Robot

Lecture 7 Robotics #ProximityandRangeSENSORS #

Lecture 7 Robotics #ProximityandRangeSENSORS #

Lecture 6 Robotics #SENSORSINROBOTICS

Lecture 6 Robotics #SENSORSINROBOTICS

Lecture 5 Robotics # AC MOTOR #STEPPERMOTOR

Lecture 5 Robotics # AC MOTOR #STEPPERMOTOR

Lecture 4 Robotics#HYDRAULIC VS #PNEUMATIC, #DCMOTOR #PROGRAMMINGDCMOTOR

Lecture 4 Robotics#HYDRAULIC VS #PNEUMATIC, #DCMOTOR #PROGRAMMINGDCMOTOR

Lecture 3 #Robotics#DegreeofFreedom#PrecisionParameters

Lecture 3 #Robotics#DegreeofFreedom#PrecisionParameters

Lecture 2 Robot classification #coordinate system#typesofjoint#Degreesof Freedom#Workvolume

Lecture 2 Robot classification #coordinate system#typesofjoint#Degreesof Freedom#Workvolume

Lecture 1 Robotics

Lecture 1 Robotics

Introduction to Robotics and Automation

Introduction to Robotics and Automation

Lecture 16A: Special set of problems on MSE, path Loss Exponent Log normal Shadowing

Lecture 16A: Special set of problems on MSE, path Loss Exponent Log normal Shadowing

Lecture 12A: Easy approach to Free space derivation

Lecture 12A: Easy approach to Free space derivation

Lecture 14A: Comparison of Losses due to Free space and Two Ray Model

Lecture 14A: Comparison of Losses due to Free space and Two Ray Model

Lecture 11A #Special set of problems on #Callblockingprobality

Lecture 11A #Special set of problems on #Callblockingprobality

Lecture 8A: Significance of Cell splitting | POWER REDUCTION| CAPACITY IMPROVEMENT

Lecture 8A: Significance of Cell splitting | POWER REDUCTION| CAPACITY IMPROVEMENT

Lecture 3A Proof of Adjacent cell and Cochannel cell Reuse distance

Lecture 3A Proof of Adjacent cell and Cochannel cell Reuse distance

Encoder and syndrome circuit for Cyclic Codes

Encoder and syndrome circuit for Cyclic Codes

Lecture 28: Viterbi decoding

Lecture 28: Viterbi decoding

Lecture 29: Code trellis Part2

Lecture 29: Code trellis Part2

Lecture 30 : Code trellis

Lecture 30 : Code trellis

Lecture 31: State Diagram Code tree

Lecture 31: State Diagram Code tree

Lecture 38: Cyclic Prefix in context to OFDM

Lecture 38: Cyclic Prefix in context to OFDM

convolutional encoder

convolutional encoder

Numericals on Cyclic Codes

Numericals on Cyclic Codes

Lecture 37: GPRS UMTS Basic

Lecture 37: GPRS UMTS Basic

Systematic and Non Systematic genertor vectors for cyclic code

Systematic and Non Systematic genertor vectors for cyclic code

Cyclic Codes

Cyclic Codes

Lecture 24: DCT Discrete Cosine Transform Image Compression

Lecture 24: DCT Discrete Cosine Transform Image Compression

Lecture 23: Hamming Codes and properties Linear Block Codes examples

Lecture 23: Hamming Codes and properties Linear Block Codes examples

Lecture 22: Linear Block Codes Parity Check Matrix and Encoder Circuits

Lecture 22: Linear Block Codes Parity Check Matrix and Encoder Circuits

Lecture 21: Error Control Coding Linear Block Codes

Lecture 21: Error Control Coding Linear Block Codes

Lecture 20: Shannon Fano Elias and Run length coding

Lecture 20: Shannon Fano Elias and Run length coding

Lecture 19: Dynamic Dictionary coding LZW encoding and decoding

Lecture 19: Dynamic Dictionary coding LZW encoding and decoding

Lecture 18: Dictionary Coding

Lecture 18: Dictionary Coding

Lecture 17: Arithmetic coding and Decoding, Tag generation

Lecture 17: Arithmetic coding and Decoding, Tag generation

Adaptive Huffman Decoding process

Adaptive Huffman Decoding process

Lecture 16: Adaptive Huffman Encoding process

Lecture 16: Adaptive Huffman Encoding process

Lecture 15: Adaptive HuffMan coding a closer look with Update process

Lecture 15: Adaptive HuffMan coding a closer look with Update process

Lecture 14. Extened and NonBinary Huffman Coding

Lecture 14. Extened and NonBinary Huffman Coding

Lecture 13_Huffman Coding with Minimum Variance #MaximumVarianceHC

Lecture 13_Huffman Coding with Minimum Variance #MaximumVarianceHC

Lecture 12 ITC #NumericalsShannonFano #ternary

Lecture 12 ITC #NumericalsShannonFano #ternary

Lecture 12 WMC #GroundReflectionModel

Lecture 12 WMC #GroundReflectionModel

Lecture 11 ITC #ShannonBinaryEncoding#ShannonFanocoding

Lecture 11 ITC #ShannonBinaryEncoding#ShannonFanocoding

Lecture 12 WMC #Mutipath#FreespaceModeling,

Lecture 12 WMC #Mutipath#FreespaceModeling,

Lecture 10 ITC #Prefix code#kraftsinequality

Lecture 10 ITC #Prefix code#kraftsinequality

Lecture 10: WMC #Numericals#Erlang#Traffic Theory

Lecture 10: WMC #Numericals#Erlang#Traffic Theory

Lecture 8 ITC Channel Classifiction part 1 #symmetric#BSC#Numericals

Lecture 8 ITC Channel Classifiction part 1 #symmetric#BSC#Numericals

Lecture 7 ITC Entropy numericals

Lecture 7 ITC Entropy numericals

Lecture 6 WMC Adjacent channel interference #nearfareffect #splittingofcells

Lecture 6 WMC Adjacent channel interference #nearfareffect #splittingofcells

Lecture 6 ITC Entropy Mutual Information. #MutualInformation#Derivation

Lecture 6 ITC Entropy Mutual Information. #MutualInformation#Derivation

Lecture 5 ITC Conditional probability Joint Prob relationship

Lecture 5 ITC Conditional probability Joint Prob relationship

Lecture 8B Channel assignment strategies FCA DCA #DCA #FCA

Lecture 8B Channel assignment strategies FCA DCA #DCA #FCA

Lecture 4 ITC Numericals on Entropy and Introduction to Discrete Memoryless Channel

Lecture 4 ITC Numericals on Entropy and Introduction to Discrete Memoryless Channel

Lecture 3 ITC Extension and Additive Property of Entropy

Lecture 3 ITC Extension and Additive Property of Entropy

Lecture 3 WMC Frequency reuse and Numericals

Lecture 3 WMC Frequency reuse and Numericals

Lecture2 Entropy and its Property

Lecture2 Entropy and its Property

Lecture 1 WMC Introduction to Cellular Communication Hexagonal shape

Lecture 1 WMC Introduction to Cellular Communication Hexagonal shape

Lecture 1 : Information Theory and Coding: Introduction to Information

Lecture 1 : Information Theory and Coding: Introduction to Information

Lecture 31A: Cyclic Prefix

Lecture 31A: Cyclic Prefix

Lecture 35: Rake Receiver:Time Diversity : Frequency Diversity

Lecture 35: Rake Receiver:Time Diversity : Frequency Diversity

Lecture 34: MRC techniques and Probability of Error Computation.

Lecture 34: MRC techniques and Probability of Error Computation.

Lecture 33: Diversity classifications : Selection, Maximal Ratio combiner

Lecture 33: Diversity classifications : Selection, Maximal Ratio combiner

Lecture : 32 Introduction to diversity

Lecture : 32 Introduction to diversity

Lecture 31: *Part1*: Introduction to OFDMA

Lecture 31: Part1: Introduction to OFDMA

Lecture 30: GSM Channel Types

Lecture 30: GSM Channel Types

Lecture 29: GSM Frame Structure and introduction to logical channels

Lecture 29: GSM Frame Structure and introduction to logical channels

Lecture 28 Numericals on GSM and More

Lecture 28 Numericals on GSM and More

Lecture 27: GSM Architecture and fundamentals to Radio subsystem

Lecture 27: GSM Architecture and fundamentals to Radio subsystem

Lecture 26: GSM Introduction and fundamentals to architecture

Lecture 26: GSM Introduction and fundamentals to architecture

Lecture 25 : MSK and GMSK Modulation Fundamentals

Lecture 25 : MSK and GMSK Modulation Fundamentals

Lecture 24: Digital Modulation in context to Wireless Communication

Lecture 24: Digital Modulation in context to Wireless Communication

Lecture : 23 Rayleigh Fading Channel and Numericals on Channel Delay Spread

Lecture : 23 Rayleigh Fading Channel and Numericals on Channel Delay Spread

Lecture : 22 Coherence Bandwidtha and analysis of Time dispersion parameters

Lecture : 22 Coherence Bandwidtha and analysis of Time dispersion parameters

Lecture 21: Time dispersion Parameter

Lecture 21: Time dispersion Parameter

Lecture 20 : Doppler Shift and Small Scale fading

Lecture 20 : Doppler Shift and Small Scale fading

Lecture 19: Indoor propagation Model

Lecture 19: Indoor propagation Model

Lecture 18: Solutions to Okumura and Hata Model

Lecture 18: Solutions to Okumura and Hata Model

Lecture : 17 Okumura and Hata Model

Lecture : 17 Okumura and Hata Model

Lecture 16: Log Distance and Log Normal Shadowing for practical link budget analysis

Lecture 16: Log Distance and Log Normal Shadowing for practical link budget analysis

$Lecture 15: Diffraction model and scattering$

Lecture 15: Diffraction model and scattering

Lecture 14: Two Ray Modeling and numericals.

Lecture 14: Two Ray Modeling and numericals.

Lecture 13: Free Space Propagation Model. Limitations and Solutions

Lecture 13: Free Space Propagation Model. Limitations and Solutions

Lecture 11: Numerical solving approach for Erlang B and Erlang C formula.

Lecture 11: Numerical solving approach for Erlang B and Erlang C formula.

Lecture 8: Cell splitting and Cell Sectoring Fundamentals

Lecture 8: Cell splitting and Cell Sectoring Fundamentals

Lecture 09 : Microcell Zone concepts, Truncking theory, Erlang B

Lecture 09 : Microcell Zone concepts, Truncking theory, Erlang B

Lecture 7: Signal to Interference Ratio: Best Case scenario

Lecture 7: Signal to Interference Ratio: Best Case scenario

Lecture 6: Innovative Umbrella Cell concepts and Channel Assignment Strategy

Lecture 6: Innovative Umbrella Cell concepts and Channel Assignment Strategy

Lecture 7: Frequency Reuse and Hand Off details

Lecture 7: Frequency Reuse and Hand Off details

Lecture 6A: Umbrella Cell concepts and Priority Handoff

Lecture 6A: Umbrella Cell concepts and Priority Handoff

Lecture 5 : Hard and Soft Handoff

Lecture 5 : Hard and Soft Handoff

Lecture 4: Hand off in mobile communication part 1

Lecture 4: Hand off in mobile communication part 1

Lecture 3: Proof of Frequency Reuse Factor

Lecture 3: Proof of Frequency Reuse Factor

Lecture 2: Frequency reuse part 1

Lecture 2: Frequency reuse part 1

Lecture 1: Cellular shape

Lecture 1: Cellular shape

Mobile communication System and definition

Mobile communication System and definition

Evolution to cellular communication-Introduction to Cellular concepts

Evolution to cellular communication-Introduction to Cellular concepts

Wireless and Mobile Communication-Introduction

Wireless and Mobile Communication-Introduction

Lecture 27: Viterbi algorithm Part 3.

Lecture 27: Viterbi algorithm Part 3.

Lecture 26 : Viterbi algorithm Part 2

Lecture 26 : Viterbi algorithm Part 2

Lecture 25: Viterbi Algorithm Part 1

Lecture 25: Viterbi Algorithm Part 1

Electromagnetism...............what a pain

Electromagnetism...............what a pain

Farewell in FIEM

Farewell in FIEM

Life in Future

Life in Future

50 memorable days with 19 glorious people of team Ascent.......

50 memorable days with 19 glorious people of team Ascent.......