Abstract :
The following topics were dealt with: properties of codes; feedback and cooperation in networks; channel coding, communication techniques and estimation methods; construction, analysis and decoding of LDPC codes; sequences and permutations; universal lossless compression; capacity and coding for fading channels; network theory; statistical mechanics; turbo and turbo-like code constructions; communication theory; joint source-channel coding; capacity of multi-antenna channels; cutoff and entropy rate; relaying, error correction, fault detection, and power control in networks; mutual information; iterative decoding; coded modulation; universal schemes; performance upper bounds; error and MIMO detection; quantum information; space-time block codes; distance and weight bounds; relaying over fading channels; sampling and time frequency methods; quantum coding; Boolean functions; novel decoding algorithms; OFDM; sequential decision problems; applications of cryptography; analysis of iterative decoding; PAPR reduction; discrete universal denoising; space-time lattice codes; scaling in wireless networks; data storage; special LDPC codes; error exponents; distributed source coding; multiuser MIMO; constrained coding; variable-length lossless source coding; MIMO with channel state feedback; Markov and stochastic processes; wireless, lossy, and multicast network coding; quantum cryptography; graph-based LDPC construction; applications of Shannon theory; filtering and smoothing; multiple description coding; MIMO optimal diversity-multiplexing tradeoff; watermarking; CDMA; trellis source coding; algebraic constructions; turbo equalization; signature sequences; multiple access in wireless networks; space-frequency coding; multiterminal secrecy; LDPC weight distribution; broadcast channels; MIMO performance bounds and design criteria; network protocol stability and reliability; and quasi-cyclic LDPC codes
Keywords :
Boolean functions; MIMO systems; Markov processes; OFDM modulation; code division multiple access; codes; combined source-channel coding; entropy; error correction; error statistics; fading channels; fault diagnosis; graph theory; iterative decoding; multiuser detection; quantum cryptography; radio networks; signal denoising; state feedback; statistical mechanics; time-frequency analysis; watermarking; Boolean functions; CDMA; LDPC codes; LDPC weight distribution; MIMO detection; MIMO performance bounds; Markov process; OFDM; PAPR reduction; Shannon theory; algebraic constructions; broadcast channels; channel coding; channel state feedback; code properties; coded modulation; communication theory; constrained coding; cryptography applications; data storage; decoding algorithms; discrete universal denoising; distributed source coding; entropy rate; error exponents; fading channels; graph-based LDPC construction; iterative decoding; joint source-channel coding; multi-antenna channels; multicast network coding; multiple description coding; multiterminal secrecy; multiuser MIMO; network cooperation; network error correction; network fault detection; network feedback; network power control; network protocol stability; network theory; performance upper bounds; quantum coding; quantum cryptography; quantum information; quasi-cyclic LDPC codes; sequential decision problems; signature sequences; space-frequency coding; space-time block codes; space-time lattice codes; statistical mechanics; stochastic process; time frequency methods; trellis source coding; turbo equalization; turbo-like code constructions; universal lossless compression; variable-length lossless source coding; watermarking; wireless networks;
