A note on random coding bounds for classical-quantum channels


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A modified derivation of achievability results in classical-quantum channel coding theory is proposed, which has, in our opinion, two main benefits over previously used methods: it allows to (i) follow in a simple and clear way how binary hypothesis testing relates to channel coding achievability results, and (ii) derive in a unified way all previously known random coding achievability bounds on error exponents for classical and classical-quantum channels.

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M. Dalai

Department of Information Engineering

编辑信件的主要联系方式.
Email: marco.dalai@unibs.it
意大利, Brescia

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