基于Wi-Fi CSI的振动传感在工厂设备故障检测中的初步尝试

Sirui Jian, S. Ishida, Y. Arakawa
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引用次数: 2

摘要

基于Wi-Fi信号的检测因其成本低、易于实现而广泛应用于室内动作检测。但在设备振动检测中应用较少。此外,在工厂环境等需要对多个设备的振动状态进行监测的情况下,很难检测到多个目标。本文提出了一种基于Wi-Fi的无线振动传感方法,用于工厂设备故障检测。首先,我们利用CSI振幅数据来区分传感目标设备。然后,我们应用异常检测方法来检测机器的故障操作。我们进行了初步的实验来验证我们提出的故障检测方法的可行性。实验结果表明,该方法检测异常情况的准确率为100%,而10%的正常情况被错误地识别为异常。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Initial Attempt on Wi-Fi CSI Based Vibration Sensing for Factory Equipment Fault Detection
Wi-Fi signal based detection is widely implemented in indoor action detection because of its low-cost and easy implementation. But it is still rarely used in equipment vibration detection. Moreover, it is hard to detect multiple targets where we need to monitor multiple equipments’ vibration state such as in the factory environment. In this paper, we propose a wireless based vibration sensing method using Wi-Fi for factory equipment fault detection. First, we use CSI amplitude data to distinguish sensing target equipments. Then, we apply an anomaly detection method to detect faulty machine operation. We conducted initial experiments to validate the feasibility of our proposed fault detection method. The experimental results show that our method detected abnormal situations with an accuracy of 100%, while 10% of normal situations were mistakenly recognized as abnormal.
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