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Combined Spatial Division Multiplexing and Spatial Reuse across Decentral Wireless LANs

机译:跨越式无线LAN组合空间分裂多路复用和空间重用

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The upcoming IEEE 802.11ax standard introduces spatial reuse and enhanced spatial division multiplexing as two measures to improve user throughput by parallel transmitting links and spatial streams. Related work shows that the proposed spatial reuse concept does not fully utilize the spatial reuse potential. The standard limits spatial division multiplexing to one network. This paper investigates a spatial division multiplexing concept across multiple, decentrally organized networks to cancel co-channel interference. The paper combines the concept with an improved version of spatial reuse and introduces a corresponding channel access protocol, CSMA/SDMSR. An IEEE 802.11ax based simulation of reference scenarios demonstrates a CSMA/SDMSR system performance improvement up to 108 % and decreased latency compared to standard CSMA/CA.
机译:即将推出的IEEE 802.11AX标准引入了空间重用和增强的空间分割多路复用作为通过并行发送链路和空间流来提高用户吞吐量的两项措施。 相关工作表明,所提出的空间重用概念并未充分利用空间重用潜力。 标准将空间分裂多路复用限制为一个网络。 本文调查了跨多个特动组织网络的空间分割多路复用概念,以取消共同信道干扰。 本文将该概念与改进的空间重用版本结合起来,并引入了相应的通道访问协议,CSMA / SDMSR。 基于IEEE 802.11AX的参考方案仿真演示了CSMA / SDMSR系统性能提高,与标准CSMA / CA相比,高达108%并降低延迟。

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