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Complex generalized basis reduction assisted successive interference cancellation detection for SCBLAST systems

机译:复杂的广义基础减少辅助SCBLAST系统的连续干扰消除检测

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Complex generalized basis reduction assisted successive interference cancellation is proposed for mitigating multi-stream interference of transmitted signals in single code Bell Laboratories layered space-time systems. Generalized basis reduction method is modified to better the complex channel matrix, which leads to the extended generalized reduction basis channel matrix with shorter and roughly orthogonal basis vectors in polynomial-time. This distinguished property guarantees the concatenated successive interference cancellation detector, based on the MMSE criterion, converges to the approximately global optimum estimation points. Emulation results have shown that the proposed detection scheme is superior to other suboptimum detection schemes considered in this paper in terms of two points. They are the mitigation of multi-stream interference and the diversity gain. Its performance is close to the sphere decoder but with a lower complexity.
机译:复杂的广义基础减少辅助连续的干扰消除,提出用于减轻单码贝尔实验室分层空间系统中传输信号的多流干扰。广义基础还原方法被修改为更好的复杂通道矩阵,这导致扩展的广义还原基通道矩阵,具有更短且大致正交的基础载波在多项式时。这种杰出的属性保证了基于MMSE标准的连接连续干扰消除探测器,收敛到大约全球最佳估计点。仿真结果表明,所提出的检测方案优于本文中考虑的其他次聚检测方案。它们是减轻多流干扰和多样性增益。其性能靠近球体解码器,但复杂性较低。

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