Communications and coding
This book contains papers presented at a special Symposium, Communications and Coding, held to celebrate the 60th birthday of Professor Paddy Farrell on 25th January 1998. Professor Farrell has made an outstanding contribution to the fields of digital communications in general, and error control in particular, with many significant publications and invited papers. The themes of the Symposium reflect Professor Farrell's specialist interests over the years: error control coding, encryption and sequence design, decoding of error control codes, signal processing in communications systems and communications systems and networks.
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Randomness and Structure in Channel Coding
Concatenated Signal Modulation Techniques for RS Coded
MTCM over Rings
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active distances anticode array codes bandwidth efficient binary bit error rate block coded burst cascaded convolutional codes CDMA code scheme coded modulation schemes codepaths codewords columns complexity component codes Compute concatenated constraint length construction convolutional codes convolutional encoder correct corresponding cryptography cyclic representatives decoding algorithm defined denote diagonal diagram digits DS/SS encoding matrix encryption error-correcting codes Euclidean distance example Farrell Figure free distance IEEE IEEE Trans information sequences inner encoder input integer LCD code Lemma linear code m-sequence minimum distance mobile MTCM multilevel multiple multistage decoding noise orthogonal orthogonal matrix output Paddy Farrell parameters parity check partitioned RSCM patch of errors permutations polynomial pseudo-random QC codes QPSK random coding Rayleigh fading recursive redundancy Reed Solomon codes RSCM signal points signal set simulation symbols techniques Theorem Theory trellis coded turbo code uncoded vector Viterbi algorithm weight enumerator wireless ATM zero