Multiple-Access Channel Resolvability with Cribbing

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Institute of Electrical and Electronics Engineers Inc.

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Abstract

We study channel resolvability for the discrete memoryless multiple access channel with cribbing, i.e., the characterization of the amount of randomness required to approximate an i.i.d. output distribution in terms of Kullback-Leibler divergence. We analyze the cases in which one encoder cribs (i) the input of the other encoder; or the output of the other encoder (ii) noncausally, (iii) causally, or (iv) strictly-causally. For cases (i)-(iii), we exactly characterize the channel resolvability region. For case (iv), we provide inner and outer bounds for the channel resolvability region; our achievability result handles the strict causality constraint with a block-Markov coding scheme in which dependencies across blocks are suitably hidden.

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Markov processes, Causation, Outer bounds, Zirconium, Zinc

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"This work was supported in part by the grants 1514050 and 1527074 from NSF."

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©2018 IEEE

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