Progressive source coding for a power constrained Gaussian channel.

We consider the progressive transmission of a lossy source across a power constrained Gaussian channel using binary phase-shift keying modulation. Under the theoretical assumptions of infinite bandwidth, arbitrarily complex channel coding, and lossless transmission, we derive the optimal channel cod...

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Pubblicato in:	IEEE Transactions on communications 49, 8 (2001).
Autore principale:	Fossorier, M.P.C
Natura:	Articolo
Lingua:	English
Soggetti:	Algebraic channel codes. Bandwidth expansion control. Bandwidth reduction control. Binary phase-shift keying modulation. Complex channel coding. Energy per bit allocation. Infinite bandwidth. Lossless transmission. Lossy source. Low complexity channel codes. Optimal channel code rate. Optimal energy allocation. Power constrained Gaussian channel. Progressive image coding. Progressive source coding. Progressive transmission.