End-to-end performance of randomized distributed space-time codes

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The exact expressions for symbol error probability and outage probability of randomized distributed space-time codes (RDSTC) under Rayleigh fading are derived. The diversity gain derived in the literature uses the Chernoff bound which may not be achievable in general. Utilizing the exact expression, the achievable diversity gain of RDSTCs is validated. The analytical expressions are verified by Monte-Carlo simulations.

Trung Q. Duong, Ozgu Alay, Elza Erkip, Hans-Jü

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Communications | Diversity Gain | Exact Expression | PIMRC 2010 | Symbol Error Probability |

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Added	14 Feb 2011
Updated	14 Feb 2011
Type	Journal
Year	2010
Where	PIMRC
Authors	Trung Q. Duong, Ozgu Alay, Elza Erkip, Hans-Jürgen Zepernick

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End-to-end performance of randomized distributed space-time codes

Communications | Diversity Gain | Exact Expression | PIMRC 2010 | Symbol Error Probability |

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