TL;DR
These lecture notes provide a comprehensive, mathematically rigorous overview of channel coding, covering fundamental concepts, various code types, and including exercises for graduate electrical engineering students.
Contribution
They compile and explain key coding techniques and theories in a self-contained manner suitable for graduate-level education.
Findings
Detailed explanations of linear block, cyclic, Reed-Solomon, and BCH codes
Includes 68 homework problems with programming exercises
Provides rigorous derivations of coding results
Abstract
These lecture notes on channel coding were developed for a one-semester course for graduate students of electrical engineering. Chapter 1 reviews the basic problem of channel coding. Chapters 2-5 are on linear block codes, cyclic codes, Reed-Solomon codes, and BCH codes, respectively. The notes are self-contained and were written with the intent to derive the presented results with mathematical rigor. The notes contain in total 68 homework problems, of which 20% require computer programming.
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Taxonomy
TopicsCellular Automata and Applications · Coding theory and cryptography · Advanced Wireless Communication Techniques