Error Code: Principles and Methods (Revised Edition)

Author: None
Publisher:
Publish Date: 2003-05-01
Features: Error-correcting code is a new error control technology that has been widely applied in various communication systems and computer systems. This book focuses on explaining the basic principles and various encoding and decoding methods of error-correcting codes. The book is divided into thirteen chapters. The first nine chapters introduce the basic principles and necessary mathematical foundations of various linear block codes (such as cyclic codes, BCH codes, RS codes, unequal protection capability codes, and algebraic geometry codes, etc.), as well as practical encoding and decoding techniques and methods. The last four chapters introduce the basic concepts of convolutional codes, as well as algebraic decoding, probabilistic decoding methods, and Turbo codes. The book presents the material in a progressive manner; in terms of content, it includes both the necessary mathematical foundations and emphasizes the explanation of physical concepts. Exercises are provided at the end of each chapter. This book can serve as a textbook and reference for undergraduate and graduate students in higher education institutions, as well as a reference for engineers and technicians working in fields such as communication and computer science.
Error-correcting code is a new error control technology that has been widely applied in various communication systems and computer systems. This book focuses on explaining the basic principles and various encoding and decoding methods of error-correcting codes. The book is divided into thirteen chapters. The first nine chapters introduce the basic principles and necessary mathematical foundations of various linear block codes (such as cyclic codes, BCH codes, RS codes, unequal protection capability codes, and algebraic geometry codes, etc.), as well as practical encoding and decoding techniques and methods. The last four chapters introduce the basic concepts of convolutional codes, as well as algebraic decoding and probabilistic decoding methods, and Turbo codes. The book presents the material in a progressive manner, with content that includes both the necessary mathematical foundations and emphasizes the explanation of physical concepts. Exercises are provided at the end of each chapter. This book can serve as a textbook and reference for undergraduate and graduate students in higher education institutions, as well as a reference for engineers and technicians working in the fields of communication and computer science.