Positioning the relay to achieve full diversity and minimize error probability in cooperative decode-and-forward relay systems

Kyungchul Kwak, Sungeun Lee, Myonghee Park, D. Hong
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引用次数: 2

Abstract

Error propagation of source-relay (S-R) link limits the performance of decode-and-forward (DF) relay system and prohibits cooperative DF relay system from achieving full diversity gain. In order to resolve these problems, we first derive the criterion to achieve full diversity. It explains why the SNR of S-R link would be better than other links. Using the criterion, the proposed strategy of positioning the relay achieves full diversity and minimizes the error probability of cooperative DF relay system.
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在协同译码转发中继系统中,定位中继以实现完全分集和最小化错误概率
源中继(S-R)链路的误差传播限制了译码转发(DF)中继系统的性能,阻碍了协同译码转发系统获得充分的分集增益。为了解决这些问题,我们首先推导了实现完全分集的准则。解释了S-R链路信噪比优于其他链路的原因。利用该准则,所提出的中继定位策略实现了协同DF中继系统的充分分集和最小误差概率。
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