Efficient BER Expressions for MIMO-BICM in Spatially-Correlated Rayleigh Channels

Matthew R. McKay, I. Collings
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Abstract

We derive tight expressions for the coded bit error rate of MIMO bit-interleaved coded modulation (BICM) with zero-forcing receivers in spatially-correlated Rayleigh channels. The analysis is simpler and more direct than the standard BICM error event expurgation technique, and yields efficient, accurate expressions for the error probability. Based on the analytical results, we obtain the diversity order and show that it is unaffected by the presence of spatial correlation. We then show that spatial correlation induces an SNR loss with respect to i.i.d. channels, which is quantified, and found to depend explicitly on the eigenvalues of the spatial correlation matrices and the antenna configuration, but not on the coding and modulation parameters
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空间相关瑞利信道中MIMO-BICM的高效误码率表达式
我们推导了空间相关瑞利信道中具有零强迫接收机的MIMO位交错编码调制(BICM)的编码误码率的严密表达式。与标准的BICM误差事件剔除技术相比,该分析更简单、更直接,并能得到有效、准确的误差概率表达式。基于分析结果,我们得到了分集阶数,并证明了分集阶数不受空间相关存在的影响。然后,我们证明了空间相关会导致相对于i.i.d信道的信噪比损失,这是量化的,并发现它明确地依赖于空间相关矩阵的特征值和天线配置,但不依赖于编码和调制参数
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