Abstract :
The following topics are dealt with: single-user source-channel coding; error probability; mismatched decoding; compressed sensing; algebraic codes; constrained coding; quantum capacity; MAC; wireless networks; distributed storage system; interference management; rank-metric codes; quantum stabilizers; interference alignment techniques; entropy power inequalities; MIMO networks; quantum information theory; polarization theory; deterministic network models; random matrix theory; sparse signal recovery; broadcast channels; polar codes; index coding capacity; delayed CSI; write-once memories; Gaussian interference channel; lossy compression techniques; covariance estimation; Reed-Solomon codes; two-way relay network; wiretap channel; lossy distributed source coding; multiple access channel capacity; random number generation; finite blocklength analysis; cryptography; degrees of freedom; energy harvesting; DNA sequencing; optical channels; fading channels; Markov models; graphical models; belief propagation; spatial coupling; low-powerline communications; rate distortion functions; multiplexing; telecommunication security; bio-inspired channels; secrecy; LPDC codes; space-time signalling.
Keywords :
DNA; Gaussian channels; MIMO communication; Markov processes; Reed-Solomon codes; algebraic codes; carrier transmission on power lines; channel capacity; combined source-channel coding; compressed sensing; cryptography; decoding; energy harvesting; error statistics; graph theory; interference (signal); matrix algebra; multi-access systems; multiplexing; optical communication; quantum communication; radio networks; random codes; random number generation; rate distortion theory; relay networks (telecommunication); telecommunication security; DNA sequencing; Gaussian interference channel; LPDC codes; MAC; MIMO networks; Markov models; Reed-Solomon codes; algebraic codes; belief propagation; bio-inspired channels; broadcast channels; compressed sensing; constrained coding; covariance estimation; cryptography; degrees of freedom; delayed CSI; deterministic network models; distributed storage system; energy harvesting; entropy power inequalities; error probability; fading channels; finite blocklength analysis; graphical models; index coding capacity; interference alignment techniques; interference management; lossy compression techniques; lossy distributed source coding; low-powerline communications; mismatched decoding; multiple access channel capacity; multiplexing; optical channels; polar codes; polarization theory; quantum capacity; quantum information theory; quantum stabilizers; random matrix theory; random number generation; rank-metric codes; rate distortion functions; secrecy; single-user source-channel coding; space-time signalling; sparse signal recovery; spatial coupling; telecommunication security; two-way relay network; wireless networks; wiretap channel; write-once memories;
Conference_Titel :
Information Theory Proceedings (ISIT), 2013 IEEE International Symposium on
Conference_Location :
Istanbul
DOI :
10.1109/ISIT.2013.6620169
