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Scalable and Adaptable Diversity/Multiplexing Trade-Off in a Multi-User Massive-MIMO Environment

机译:在多用户Massive-MIMO环境中可扩展和适应性的多路复用/多路复用折衷

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This paper inquires into the deployment of a scalable and adaptable diversity/multiplexing trade-off in a multi-user massive MIMO context. It studies the BER of an embedded switching between the ZF spatial multiplexing and the Alamouti STBC when it is combined with three beamforming techniques: the ZF-beamforming, the STBC-adaptive beamforming, and the spatial multiplexing-adaptive beamforming. It is shown that the embedded switching technique is efficient when it is combined with the STBC-adaptive beamforming as well as the spatial multiplexing-adaptive beamforming. Besides, it offers an improvement of SNR=8db compared to when it is combined with the ZF-beamforming.
机译:本文探讨了在多用户大规模MIMO上下文中部署可扩展和适应性的分集/多路复用权衡。 它研究ZF空间复用和Alamouti STBC之间的嵌入式切换的BER与三个波束成形技术组合时:ZF波束成形,STBC自适应波束形成和空间复用自适应波束形成。 结果表明,当与STBC自适应波束形成相结合时,嵌入式切换技术是有效的以及空间多路复用自适应波束形成。 此外,与ZF波束形成相结合时,它提供了SNR = 8dB的改进。

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