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An indoor human motion detection algorithm based on channel state information

机译:基于信道状态信息的室内人体运动检测算法

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Human motion detection based on CSI (Channel State Information) is a hot research topic. Many researchers started to focus on it. By extracting amplitude and phase of CSI, it can be applied to detect human motions. In this paper, we employ the phase to detect intrusion. Firstly, we use a liner transformation to eliminate the shift of phases of different subcarriers. Subsequently, we defined two reference points for the short-term case(SES) and the long-term case(LES). The former is used to detect if someone is walking in indoor room and the latter is to detect whether the person is walking continuously. We implemented our approaches with the normal WiFi equipment and evaluated the performances of our algorithm in real environment. Experimental results show a high accuracy of our algorithm.
机译:基于CSI(信道状态信息)的人体运动检测是一个热门研究主题。许多研究人员开始专注于它。通过提取CSI的幅度和相位,可以应用于检测人类运动。在本文中,我们采用该阶段来检测入侵。首先,我们使用衬里转换来消除不同子载波的阶段的转变。随后,我们为短期案例(SES)和长期案例(LES)定义了两个参考点。前者用于检测某人是否在室内空间中行走,后者是检测该人是否连续行走。我们通过正常的WiFi设备实施了我们的方法,并评估了我们在真实环境中的算法的性能。实验结果表明了我们算法的高精度。

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