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Performance analysis of TCM with generalized selection combining on Rayleigh fading channels

机译:瑞利衰落信道下广义选择的中药性能分析

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摘要

We derive the computational cutoff rate, R/sub 0/, for coherent trellis-coded modulation (TCM) schemes on independent identically distributed (i.i.d.) Rayleigh fading channels with (K, L) generalized selection combining (GSC) diversity, which combines the K paths with the largest instantaneous signal-to-noise ratios (SNR) among the L available diversity paths. The cutoff rate is shown to be a simple function of the moment generating function (MGF) of the SNR at the output of the (K, L) GSC receiver. We also derive the union bound on the bit error probability of TCM schemes with (K, L) GSC in the form of a simple, finite integral. The effectiveness of this bound is verified through simulations.
机译:我们推导出具有(K,L)广义选择组合(GSC)分集的独立均匀分布(iid)Rayleigh衰落信道上的相干网格编码调制(TCM)方案的计算截止速率R / sub 0 /。 L条可用分集路径中具有最大瞬时信噪比(SNR)的K条路径。截止速率显示为(K,L)GSC接收器输出处SNR的矩生成函数(MGF)的简单函数。我们还以简单的有限积分形式导出了具有(K,L)GSC的TCM方案的误码概率的并集界。通过仿真验证了此边界的有效性。

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