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On the performance of the Rotate-and-Forward protocol in the two-hop relay channels
Osmane A., Yang S., Belfiore J.-C.
SPAWC 2011, United States (2011) - http://hal.upmc.fr/hal-00628539
Invited conference talk
Engineering Sciences/Other
On the performance of the Rotate-and-Forward protocol in the two-hop relay channels
Ali Osmane () 1, Sheng Yang 2, Jean-Claude Belfiore 1
1:  Laboratoire Traitement et Communication de l'Information [Paris] (LTCI)
http://www.ltci.telecom-paristech.fr/
Télécom ParisTech – CNRS : UMR5141
CNRS LTCI Télécom ParisTech 46 rue Barrault F-75634 Paris Cedex 13
France
2:  Supélec Sciences des Systèmes - EA4454 (E3S)
http://www.supelec.fr/342_p_14975/e3s-equipe.html
SUPELEC
France
In wireless cooperative systems, the outage probability is a relevant performance measure from the information theoretic point of view. Deriving its exact value with respect to the relaying protocol parameters and for all the range of the Signal to Noise Ratio is in general a hard task. Instead, one can extract the outage gain in order to approximate the outage probability as the SNR goes to infinity at a fixed rate R. In this paper, we consider the layered two-hop relay channel, operating under the linear Rotate-and-Forward (RF) protocol, where each relay rotates its received signal and forwards it towards the destination. We consider two network configurations for which we derive exact outage gain values. We use the outage gain to compare the performance of the RF scheme to that of other schemes having the same diversity order. The derived outage gain values are verified through numerical simulations.
English
2011-06-25

international

SPAWC 2011
2011-06-26
United States

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