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Spatial multiplexing on high dimensional sphere packing lattices

机译:高维球面堆积格上的空间复用

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We investigate the performance of a novel modulation and detection scheme for spatial multiplexing in MIMO systems. For a MIMO point-to-point link, we propose modulation using symbols obtained from a high dimensional lattices for joint multi-antenna transmission. We derive bounds on the error probability performance of sphere packing (SP) lattice based modulation for MIMO fading channels. Numerical results with an ML receiver indicate an improvement in error performance by more than 15 dB for 8 × 8 MIMO systems in comparison to conventional modulation schemes. The bounds on the performance of SP lattices that we derive substantiate this large gain in using SP lattices for modulation in MIMO systems.
机译:我们研究了MIMO系统中用于空间复用的新型调制和检测方案的性能。对于MIMO点对点链路,我们建议使用从高维格获得的符号进行调制,以进行联合多天线传输。我们推导了基于球体压缩(SP)格的MIMO衰落信道调制的错误概率性能的界限。 ML接收器的数值结果表明,与传统的调制方案相比,8×8 MIMO系统的误码性能提高了15 dB以上。我们得出的SP晶格性能的界限证明了在MIMO系统中使用SP晶格进行调制时的大增益。

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