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Design of a Multi-device Backscatter Communication System with a Multi-Antenna Reader

机译:具有多天线读取器的多设备反向散射通信系统的设计

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This paper considers a mono-static backscatter communication system with a multi-antenna reader and multiple devices for ultra-low power intemet-of-things. For the system, we present some practical issues to support multiple devices in space division multiple access via coherent detection. We design a frame structure with channel estimation and multiple access phases. The linear channel estimates of the backscatter channels with orthogonal pilots are derived and the effect of the channel estimation errors on the coherent detection are investigated through simulation. The results show that the minimum mean square error estimates improve the detection performance slightly compared to the least square estimate due to a structure of the backscatter channels.
机译:本文考虑了具有多天线读取器的单静态反向散射通信系统,以及用于超低功耗的多个设备。对于系统,我们展示了一些实际问题来支持通过相干检测在太空分割多次访问中的多个设备。我们设计具有信道估计和多个访问阶段的帧结构。通过仿真研究了具有正交导频的反向散射信道的线性信道估计,并通过模拟研究了信道估计误差对相干检测的效果。结果表明,由于反向散射通道的结构,最小均方误差估计提高了与最小二乘估计略微相比的检测性能。

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