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On the Matrix and Additive Communication Channels

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DOI: 10.4236/jis.2014.54017    2,244 Downloads   2,723 Views   Citations

ABSTRACT

The notion of a communication channel is one of the key notions in information theory but like the notion “information” it has not any general mathematical definition. The existing examples of the communication channels: the Gaussian ones; the binary symmetric ones; the ones with symbol drop-out and drop-in; the ones with error packets etc., characterize the distortions which take place in information conducted through the corresponding channel.

Conflicts of Interest

The authors declare no conflicts of interest.

Cite this paper

Leontiev, V. , Movsisyan, G. , Osipyan, A. and Margaryan, Z. (2014) On the Matrix and Additive Communication Channels. Journal of Information Security, 5, 178-191. doi: 10.4236/jis.2014.54017.

References

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[2] Leontiev, V.K. and Movsisyan, G.L. (2007) Algebraic Communication Channels. The First International Algebra and Geometry Conference, Yerevan, 16-20 May 2007, 16-20.
[3] Leontiev, V.K., Movsisyan, G.L. and Osipyan, A.A. (2012) Matrix Communication Channels. Materials of the XI International Seminar Discrete Mathematics and Its Application, Moscow State University, 415-416.
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[7] Leontiev, V.K., Movsisyan, G.L. and Margaryan, J.G. (2004) On the Additive Communication Channel. Reports at NAS, 104, 23-27.
[8] Leontiev, V.K., Movsisyan, G.L. and Margaryan, J.G. (2008) On Perfect Codes in Additive Channels. Information Transfer Problems, 44, 12-19.
[9] Leontiev, V.K., Movsisyan, G.L. and Margaryan, J.G. (2006) Perfect Codes in Additive Channels. Reports at RAS, 411, 306-309.
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