Information Theoretic Methods for Future Communication Systems

doi:10.3390/books978-3-0365-7365-6

Download Url(s)

https://mdpi.com/books/pdfview/book/7298

Contributor(s)

Günlü, Onur (editor)

Schaefer, Rafael F. (editor)

Boche, Holger (editor)

Poor, H. Vincent (editor)

Language

English

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Abstract

This reprint focuses on information and coding theoretic metrics, analyses, and methods applied to future communication and computation systems. Analyses of learning algorithms and information security problems are studied in detail. The main themes addressed are multiple access channels, interference channels, and delay-Doppler domain analysis, as well as secure and private compression, matrix multiplication, and transmission methods.

URI

https://directory.doabooks.org/handle/20.500.12854/100835

Keywords

massive MIMO; precoding; coarse quantization; coordinate descent; information rates; semantic communication; knowledge graph; semantic extraction; semantic restoration; coded cache; cooperation; device-to-device; transmission delay; frequency-selective interference channel; K-user interference channel; DoF; instantaneous relay; error-control coding; gradient coding; random codes; ADMM; rings; coding theory; Johnson bound; Plotkin bound; Gaussian wiretap channel; Gaussian multiple-access wiretap channel; Gaussian broadcast wiretap channel; jamming; secure communication; orthogonal time frequency space modulation; discrete Zak transform; delay-Doppler channel; time-frequency dispersive channel; 6G; information theoretic security; secure source coding; remote source; private key; side information; broadcast approach; channel state information; latency; multiple access; distributed computation; matrix multiplication; distributed learning; polynomial codes; n/a