Algebraic Coding: First French-Israeli Workshop, Paris, France, July 19 - 21, 1993. Proceedings

by Gerard Cohen (Editor), Simon Litsyn (Editor), Antoine Lobstein (Editor), Gilles Zemor (Editor)

Overview

This volume presents the proceedings of the first French-Israeli Workshop on Algebraic Coding, which took place in Paris in July 1993. The workshop was a continuation of a French-Soviet Workshop held in 1991 and edited by the same board. The thoroughly refereed papers in this volume are grouped into parts on: convolutional codes and special channels, covering codes, cryptography, sequences, graphs and codes, sphere packings and lattices, and bounds for codes.

Product Details

ISBN-13:	9783540578437
Publisher:	Springer Berlin Heidelberg
Publication date:	05/27/1994
Series:	Lecture Notes in Computer Science , #781
Edition description:	1994
Pages:	332
Product dimensions:	6.10(w) x 9.25(h) x 0.24(d)

Table of Contents

A necessary and sufficient condition for time-variant convolutional encoders to be noncatastrophic.- On the design and selection of convolutional codes for a bursty Rician channel.- Modulo-2 separable linear codes.- Estimation of the size of the list when decoding over an arbitrarily varying channel.- A lower bound on binary codes with covering radius one.- On some mixed covering codes of small length.- The length function: A revised table.- On the covering radius of convolutional codes.- Efficient multi-signature schemes for cooperating entities.- Montgomery-suitable cryptosystems.- Secret sharing schemes with veto capabilities.- Group-theoretic hash functions.- On constructions for optimal optical orthogonal codes.- On complementary sequences.- Spectral-null codes and null spaces of Hadamard submatrices.- On small families of sequences with low periodic correlation.- Disjoint systems (Extended abstract).- Some sufficient conditions for 4-regular graphs to have 3-regular subgraphs.- Detection and location of given sets of errors by nonbinary linear codes.- Quaternary constructions of formally self-dual binary codes and unimodular lattices.- New lower bounds for some spherical designs.- Lattices based on linear codes.- Quantizing and decoding for usual lattices in the L p -metric.- Bounded-distance decoding of the Leech lattice and the Golay code.- Some restrictions on distance distribution of optimal binary codes.- Two new upper bounds for codes of distance 3.- On Plotkin-Elias type bounds for binary arithmetic codes.- Bounds on generalized weights.- Threshold effects in codes.- Decoding a bit more than the BCH bound.- Product codes and the singleton bound.- Erasure correction performance of linear block codes.