Error Control Coding: Fundamentals and ApplicationsUsing a minimum of mathematics, this book covers the fundamentals of coding and the applications of codes to the design of real error control systems. 
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Contents
CODING FOR RELIABLE DIGITAL TRANSMISSION  1 
INTRODUCTION TO ALGEBRA  15 
LINEAR BLOCK CODES  51 
Copyright  
17 other sections not shown
Common terms and phrases
ARQ scheme BCH code binary block code buffer register burst errors burst of length bursterrorcorrecting byte capable of correcting code of length code polynomial code vector code word computation constraint length convolutional codes coset cyclic code decoding circuit detected EG code encoder error burst error digits error pattern error probability errorcorrecting capability Example fewer errors Galois field guard space Hamming code Hence hybrid ARQ IEEE Trans information digits information sequence input integer interleaved linear code majoritylogic gate metric minimal polynomial minimum distance modulo2 multiplication ntuple nonzero number of paritycheck obtain orthogonal check sums output parity paritycheck digits paritycheck matrix path primitive element primitive polynomial received polynomial received sequence received vector receiver buffer retransmission roundtrip delay selectiverepeat ARQ sequential decoding shown in Figure Step syndrome bits syndrome register systematic code Table Theorem throughput transmitted undetected error Viterbi algorithm Viterbi decoding weight zero