Title :
Proceedings. 1998 IEEE International Symposium on Information Theory (Cat. No.98CH36252)
Abstract :
The following topics were dealt with: fading channels; joint source channel coding; trellis complexity; block codes; signal processing; sequential decisions; turbo codes; multiuser detection; capacity of uncertain channels; lossless data compression; codes for cryptosystems; Reed-Solomon codes; algebraic codes; rate distortion theory; recording codes; crypto codes, ciphers and signatures; quantum information theory; soft-decision decoding; algebraic geometry codes; quantisation; sequences; conflict resolution and group testing; recording and line codes; iterative decoding on graphs; feedback channels; classification; turbo decoding; codes over rings and groups; wireless networks; switching and scheduling; universal algorithms; adaptive equalisation; multiuser information theory; multi-carrier modulation; codes for bursty channels; multilevel coded modulation; multi-access channel capacity; access protocols; lossy data compression; combinatorics; trellis codes; optical communication; adaptive algorithms; crypto-security; ARQ and wireless error control; finite fields and applications; stochastic models; convolutional codes; multiple antennas; information and computational complexity; optimal filtering; concatenated codes; quantum communications; function estimation; combinational design, sequences and graph entropy; maximum likelihood decoding; crypto-key systems; learning theory; image coding; interleaver design for turbo codes; source coding theory; complexity of cryptosystems; estimation techniques; frequency hopping
Keywords :
Reed-Solomon codes; access protocols; adaptive equalisers; algebraic codes; algebraic geometric codes; block codes; channel capacity; combinatorial mathematics; combined source-channel coding; computational complexity; concatenated codes; convolutional codes; cryptography; data compression; decoding; entropy; fading channels; filtering theory; frequency hop communication; image coding; information theory; modulation; optical communication; quantisation (signal); quantum communication; rate distortion theory; sequences; signal detection; signal processing; source coding; trellis codes; turbo codes; ARQ and; Reed-Solomon codes; access protocols; adaptive algorithms; adaptive equalisation; algebraic codes; algebraic geometry codes; block codes; bursty channels; channel capacity; classification; combinatorics; computational complexity; conflict resolution; convolutional codes; crypto codes, ciphers; crypto-security; cryptosystems; fading channels; feedback channels; finite fields; group testing; information theory; iterative decoding; joint source channel coding; line codes; lossless data compression; lossy data compression; multi-access channel capacity; multi-carrier modulation; multilevel coded modulation; multiple antennas; multiuser detection; multiuser information theory; optical communication; quantisation; quantum information theory; rate distortion theory; recording codes; scheduling; sequences; sequential decisions; signal processing; signatures; soft-decision decoding; stochastic models; switching; trellis codes; trellis complexity; turbo codes; turbo decoding; uncertain channels; universal algorithms; wireless error control; wireless networks;
Conference_Titel :
Information Theory, 1998. Proceedings. 1998 IEEE International Symposium on
Conference_Location :
Cambridge, MA, USA
Print_ISBN :
0-7803-5000-6
DOI :
10.1109/ISIT.1998.708574
