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Achieving the Rate-Distortion Bound with Linear...
Conference

Achieving the Rate-Distortion Bound with Linear Codes

Abstract

We show that linear codes can achieve the rate-distortion bound of a discrete memoryless source with arbitrary distortion measure if the size of finite field is sufficiently large. An alternative approach based on multilevel quantization is proposed. The optimality of this approach and the sufficiency of binary linear codes are established. Linear codes are also shown to be able to achieve a simplified version of the El Gamal-Cover (EGC) region …

Authors

Chen J; He D-K; Jagmohan A

Pagination

pp. 662-667

Publisher

Institute of Electrical and Electronics Engineers (IEEE)

Publication Date

January 1, 2007

DOI

10.1109/itw.2007.4313153

Name of conference

2007 IEEE Information Theory Workshop