Coding Theory and Applications

Information theory in random fields.- Linear complexity in coding theory.- K-permutivity.- On the density of best coverings in hamming spaces.- The les association scheme.- On modular weights in arithmetic codes / Au Sujet des Poids Modulaires dans les codes Arithmetiques.- Optimum ’1’ — Ended binary prefix codes.- Optimality of right leaning trees.- Specification, synchronisation, a verage length.- Amelioration of the McWilliams-Sloane tables using geometric codes from curves with genus 1,2 or 3.- A [32,17,14]-geometric code coming from a singular curve / Un Code Geometrique Sur F16 de Parametres [32,17,14] Construit a Partir D'Une Courbe Singuliere.- The generalized Goppa codes and related discrete designs from hermitian surfaces in PG(3, s2).- Projective reed-muller codes.- A lower bound on the minimum euclidean distance of trellis codes.- On the inherent intractability of soft decision decoding of linear codes.- Weighted decoding as a means for reestimating a probability distribution (abstract).- A weighted-output symbol-by-symbol decoding algorithm of binary convolutional codes.- Search for sequences with zero autocorrelation.- Adapted codes for communication through multipath channel / Codages Adaptés à la Communication avec Tsrajets multiples.- Coding and decoding algorithms of Reed-Solomon codes executed on a M68000 microprocessor.