Gel7114 Module 5 4 Introduction To Convolutional Codes

Media Summary: Public webpage for this course's resources (exams, slides, exercises): Graduate Student Zac Sutton of Uconn HKN explains how to encode a data stream using a GEL7014 Digital Communications Leslie A. Rusch Universite Laval ECE Dept.

Gel7114 Module 5 4 Introduction To Convolutional Codes - Detailed Analysis & Overview

Public webpage for this course's resources (exams, slides, exercises): Graduate Student Zac Sutton of Uconn HKN explains how to encode a data stream using a GEL7014 Digital Communications Leslie A. Rusch Universite Laval ECE Dept.

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GEL7114 - Module 5.4 - Introduction to Convolutional Codes

GEL7114 - Module 5.7- Tree and trellis diagrams for convolutional encoders

GEL7114 - Module 5.6 - Finite State Machine for convolutional encoders

GEL7114 - Module 5.5 - Impulse response and polynomial form for convolutional encoders

What is a Convolutional Code?

Digital Communications: Convolutional Codes

GEL7014 - Module 5.5 - Convolutional Code Example (1/2 rate)

GEL7114 - Module 5.8 - Decoding a convolutional code with the Viterbi algorithm

GEL7114 - Module 5.9 - Decoding a convolutional code with the Viterbi algorithm - MLSE

Convolutional Codes (Basics, Designing & Parameters) Explained in Digital Communication

GEL7114 - Module 5.14 - Capacity approaching FEC - Matlab example

GEL7114 - Module 5.15 - Convolutional encoder example - 1/3 code rate

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GEL7114 - Module 5.4 - Introduction to Convolutional Codes

GEL7114 - Module 5.4 - Introduction to Convolutional Codes

Public webpage for this course's resources (exams, slides, exercises): https://wcours.gel.ulaval.ca/

GEL7114 - Module 5.7- Tree and trellis diagrams for convolutional encoders

GEL7114 - Module 5.7- Tree and trellis diagrams for convolutional encoders

As an example, we

GEL7114 - Module 5.6 - Finite State Machine for convolutional encoders

GEL7114 - Module 5.6 - Finite State Machine for convolutional encoders

As an example, we

GEL7114 - Module 5.5 - Impulse response and polynomial form for convolutional encoders

GEL7114 - Module 5.5 - Impulse response and polynomial form for convolutional encoders

As an example, we

What is a Convolutional Code?

What is a Convolutional Code?

Explains

Digital Communications: Convolutional Codes

Digital Communications: Convolutional Codes

Graduate Student Zac Sutton of Uconn HKN explains how to encode a data stream using a

GEL7014 - Module 5.5 - Convolutional Code Example (1/2 rate)

GEL7014 - Module 5.5 - Convolutional Code Example (1/2 rate)

GEL7014 Digital Communications Leslie A. Rusch Universite Laval ECE Dept.

GEL7114 - Module 5.8 - Decoding a convolutional code with the Viterbi algorithm

GEL7114 - Module 5.8 - Decoding a convolutional code with the Viterbi algorithm

As an example, we

GEL7114 - Module 5.9 - Decoding a convolutional code with the Viterbi algorithm - MLSE

GEL7114 - Module 5.9 - Decoding a convolutional code with the Viterbi algorithm - MLSE

As an example, we

Convolutional Codes (Basics, Designing & Parameters) Explained in Digital Communication

Convolutional Codes (Basics, Designing & Parameters) Explained in Digital Communication

Convolutional Codes

GEL7114 - Module 5.14 - Capacity approaching FEC - Matlab example

GEL7114 - Module 5.14 - Capacity approaching FEC - Matlab example

As an example, we

GEL7114 - Module 5.15 - Convolutional encoder example - 1/3 code rate

GEL7114 - Module 5.15 - Convolutional encoder example - 1/3 code rate

As an example, we

GEL7014 - Module 5.2 - Convolutional Code Implementation

GEL7014 - Module 5.2 - Convolutional Code Implementation

GEL7014 Digital Communications Leslie A. Rusch Universite Laval ECE Dept.

GEL7114 - Homework A3 - Viterbi Decoding for Convolutional Codes

GEL7114 - Homework A3 - Viterbi Decoding for Convolutional Codes

Public webpage for this course's resources (exams, slides, exercises): https://wcours.gel.ulaval.ca/

GEL7114 - Module 5.1 - Introduction to Forward Error Correction (FEC)

GEL7114 - Module 5.1 - Introduction to Forward Error Correction (FEC)

As an example, we

GEL7014 - Module 5.6 - Convolutional Code Performance

GEL7014 - Module 5.6 - Convolutional Code Performance

GEL7014 Digital Communications Leslie A. Rusch Universite Laval ECE Dept.