Please use this identifier to cite or link to this item: http://hdl.handle.net/1783.1/45198

DMA tradeoff for the MIMO static half-duplex relay

Authors Ordóñez, L.G.
Palomar, D.P. View this author's profile
Fonollosa, J.R.
Issue Date 2011
Source IEEE Workshop on Signal Processing Advances in Wireless Communications, SPAWC , 2011, p. 361-365
Summary The diversity and multiplexing tradeoff (DMT) has been extensively applied in the literature to compare the high-SNR outage performance of relaying techniques and to propose new design guidelines. The problem with this approach is that the DMT provides only a coarse measure of performance and, hence, it is more convenient to adopt the diversity, multiplexing, and array gain (DMA) framework, in which the error probability is characterized by two parameters: the diversity gain (associated with the SNR exponent) and the array gain (related to the SNR offset). In this paper, we derive the DMA tradeoff associated with the cut-set bound outage probability of the static half-duplex MIMO relay under uncorrelated/semicorrelated Rayleigh fading and uncorrelated Rician fading. This provides an upper bound to the DMA tradeoff achievable by any relaying scheme. © 2011 IEEE.
ISBN 9781424493326
Language English
Format Conference paper
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