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| Paper IPM / M / 14719 |
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| Abstract: | |
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The diversity-multiplexing trade-off (DMT) of
half-duplex single-relay networks is computed analytically,
where all the channels in the networks are assumed to be
quasi-static flat-fading channels with independent Rayleigh
distributions.We have computed DMT of dynamic quantize-mapand-
forward (DQMF) strategy analytically, which has the optimal
DMT for half-duplex single-relay networks with local channel
state information. As a result, the optimal listening time of the
relay in the DQMF strategy as a function of the source-relay
channel realization can also be determined using our solution.
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