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SDR: Sensor Data Recovery for System Condition Monitoring

机译:SDR:系统条件监控的传感器数据恢复

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Sensors are widely utilized in many industry scenarios, e.g., aircraft and satellite condition monitoring. However, sensor data may become anomalous due to sensor fault, malfunction of connectors, etc. How to avoid the wrong condition monitoring result caused by the anomalous sensor data is challenge. To deal with this problem, one kind of sensor data recovery algorithm is proposed in this article. Firstly, the correlations among sensors data are analyzed by mutual information. The available sensors data for recovering the anomalous sensor data are determined. Then, the recovered sensor data are achieved by Least Square - Support Vector Machine (LS-SVM). The effectiveness of the proposed algorithm is evaluated by the sensor data set which is adopted as the Prognostics and Health Management 2008 Conference challenge data. Compared with other selected sensors data, the recovered sensor data with the proposed algorithm can reach smaller values of Relative Error and Root Mean Squared Error.
机译:传感器广泛利用在许多行业场景中,例如飞机和卫星状态监测。然而,由于传感器故障,连接器故障等,传感器数据可能变得异常。如何避免由异常传感器数据引起的错误状态监测结果是挑战。为了解决这个问题,本文提出了一种传感器数据恢复算法。首先,通过相互信息分析传感器数据之间的相关性。确定用于恢复异常传感器数据的可用传感器数据。然后,通过最小二乘 - 支持向量机(LS-SVM)实现恢复的传感器数据。所提出的算法的有效性由传感器数据集评估,该传感器数据集被用作2008年会议挑战数据的预后和健康管理。与其他选定的传感器数据相比,具有所提出的算法的恢复传感器数据可以达到较小的相对误差值和均方根误差。

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