Error control coding : fundamentals and applications

Lin S., Costello D.J. Error Control Coding (Pearson Education, 2004)(ISBN 0130179736) Coding For Reliable Digital Transmission And Storage -- Introduction To Algebra -- Lienar Block Codes -- Important Linear Block Codes -- Cyclic Codes -- Binary Bch Codes -- Nonbinary Bch Codes, Reed-solomon Codes, And Decoding Algorithims -- Majority-logic Decodable And Finite Geometry Codes -- Trellises For Lienar Block Codes -- Reliability-based Soft-decision Decoding Algorithms For Linear Block Codes -- Convolutional Codes -- Optimum Decoding Of Convolutional Codes -- Suboptimum Decoding Of Convolutional Codes -- Trellis-based Soft-decision Decoding Algorithms -- Concatenated Coding, Code Decomposition, And Multistage Decoding -- Turbo Coding -- Low-density Parity-check Codes -- Trellis-coded Modulation -- Block Coded Modulation -- Burst-error-correcting Codes -- Burst-error-correcting Convolutional Codes -- Automatic-repeat-request Strategies. Shu Lin, Daniel J. Costello. Includes Bibliographical References And Index. "This book is well suited as a text for a first course in coding theory at either the beginning graduate or advanced undergraduate level. Because of its comprehensive coverage of the fundamental theory and practical application of error control coding systems and its many lists of optimum codes, the book is also ideal as a reference for practicing digital system designers."--BOOK JACKET. This textbook is intended for a first course on coding theory. It aims to provide a bridge between introductory courses in digital communications and more advanced courses in information theory, presenting error control techniques and the design of real error control systems. Useful for a first course on coding theory at the senior or beginning graduate level, this book provides a bridge between introductory courses in digital communications and more advanced courses in information theory. It includes error control techniques. Completely updated to cover latest developments, this text provides a bridge between introductory courses in digitial communications and more advanced courses in information technology. It presents state-of-the-art control techniques