Coding for a T-user multiple-access channel

Date
1977
Authors
Zhang, Shijun
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Abstract
Coding schemes for the discrete memoryless T-user adder channel are investigated in this paper. First, the capacity region of the noiseless T-user adder channel, and the maximal achievable rate for T-user uniquely decodable codes are derived. Second, code constructions are presented, including a class of T-user uniquely decodable codes with rates asymptotically equal to the maximal achievable value. A decoding algorithm for these codes is also presented. Finally, a class of T-user error-correcting codes for the noisy adder channel is constructed.
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Typescript.
Thesis (Ph. D.)--University of Hawaii at Manoa, 1977.
Bibliography: leaves 93-95.
Microfiche.
vii, 95 leaves ill
Keywords
Information theory, Data transmission systems
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Theses for the degree of Doctor of Philosophy (University of Hawaii at Manoa). Electrical Engineering; no. 1006
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