改进V-BLAST系统误差传播并行干扰消除的检测算法

Wei Zhu, Jiyu Jin, Yongwan Park
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引用次数: 8

摘要

提出了一种基于并行干扰抵消(PIC)检测的V-BLAST系统检测算法。由于误差传播与其他层估计的干扰精度密切相关,PIC的性能不理想。该算法以限制误差传播为目标,按信噪比升序检测各层,并用改进的先验检测层估计代替零强迫(zero-forcing, ZF)的粗略估计对后验检测层进行干扰消除。仿真结果表明,与PIC相比,该方法的性能得到了显著提高,而计算复杂度几乎没有增加
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection algorithm improving parallel interference cancellation for V-BLAST system over error propagation
This paper proposed a detection algorithm based on parallel interference cancellation (PIC) detection for the V-BLAST system. The performance of PIC is unsatisfied because error propagation is strongly related to the accuracy of interference from the estimate of other layers. Aiming at limiting error propagation, the proposed algorithm detects the layers in the order of ascending SNR and uses the improved estimate of the prior detected layers to replace the rough estimate from zero-forcing (ZF) to perform interference cancellation of the posterior detected layers. The simulation results show marked performance improvement over PIC while requiring little increase in computational complexity
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