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Signal Detection for Batteryless Backscatter Systems with Multiple-Antenna Tags

机译:具有多天线标签的无电池反向散射系统的信号检测

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Ambient backscatter, one type of batteryless backscatter, is a new technology that utilizes environmental wireless signals to enable battery-free devices to communicate with each other. Most existing studies on ambient backscatter are based on the assumption of a single antenna at each tag. In this paper, we investigate signal detection in ambient backscatter communication systems with multiple-antenna tags. The use of multiple antennas results in multiple channel parameters between the tag and the reader, which constitutes the main challenge for signal detection because the tag has limited power and can transmit few training symbols. We show that traditional detection algorithms can not be directly applied into these Batteryless Backscatter systems with multiple-antenna tags. New detectors are to be designed for such systems, which is a good topic for future research.
机译:环境背向散射是一种无电池背向散射,是一项新技术,利用环境无线信号使无电池设备能够相互通信。现有的大多数关于环境背向散射的研究都是基于每个标签都使用单个天线的假设。在本文中,我们研究了具有多天线标签的环境反向散射通信系统中的信号检测。使用多个天线会导致标签和阅读器之间出现多个信道参数,这对信号检测构成了主要挑战,因为标签功率有限且几乎无法传输训练符号。我们证明了传统的检测算法不能直接应用到这些带有多天线标签的无电池反向散射系统中。将为此类系统设计新的探测器,这是未来研究的一个好话题。

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