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A CSI Frequency Domain Fingerprint-Based Method for Passive Indoor Human Detection

机译:基于CSI频域指纹的室内被动人检测方法

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摘要

The passive personnel detection based on Wi-Fi has the advantages of low cost and easy implementation, and can be better applied to elderly care and safety monitoring. In this paper, we propose a passive indoor personnel detection method based on Wi-Fi, which we call as FDF-PIHD (Frequency Domain Fingerprint-based Passive Indoor Human Detection). Through this method, fine-grained physical layer channel state information can be extracted to generate feature fingerprints so as to help determine the state in the scene by matching online fingerprints with off-line fingerprints. In order to improve accuracy, we combine the detection results of three receiving antennas to obtain the final test result. The experimental results show that the detection rate of our proposed scheme all reach above 90%, no matter whether the scene is human-free, stationary or moving human presence. Besides, it can not only detect whether there is a target indoor, but also determine the current state of the target.
机译:基于Wi-Fi的被动人员检测具有成本低,易于实施的优点,可以更好地应用于老年人护理和安全监控。在本文中,我们提出了一种基于Wi-Fi的被动室内人员检测方法,我们将其称为FDF-PIHD(基于频域指纹的被动室内人员检测)。通过这种方法,可以提取细粒度的物理层通道状态信息,以生成特征指纹,从而通过将在线指纹与离线指纹进行匹配来帮助确定场景中的状态。为了提高准确性,我们结合了三个接收天线的检测结果以获得最终的测试结果。实验结果表明,无论场景是无人,静止还是动人的场景,我们提出的方案的检测率均达到90%以上。此外,它不仅可以检测室内是否有目标,还可以确定目标的当前状态。

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