多传感器结构故障检测鲁棒性分析及伪传感器增强方法研究

Y. Madany, E. El-Badawy, Adel M. Soliman
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引用次数: 1

摘要

智能系统的最新技术是使用多个传感器来评估系统内部状态和环境运行条件的实时信息。在传感器瞬态故障的情况下,读数断开导致应用不适当的动作。因此,传感器故障检测和多传感器故障估计成为优化和提高系统性能的重要过程。本文引入了多传感器结构故障检测的鲁棒分析方法,研究了不同结构的传感器结构,并对每个传感器的暂态故障进行检测。然后,提出并研究了一种伪传感器增强方法。介绍和分析了不同传感器结构配置的仿真结果,证明了该方法能够满足多传感器智能系统的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robust analysis of multi-sensor architecture fault detection and investigation of pseudo sensor enhancement method (PSEM)
The recent technology of intelligent systems have been used multiple sensors to assess real-time information of the internal system states and the environmental operating conditions. In case of sensor (s) transient fault, the disconnection of the readings caused to apply inappropriate actions. So, the needs for sensor fault detecting and estimating multiple sensor faults become an important process to optimize and enhance the system performance. In this paper, a robust analysis of multi-sensor architecture fault detection has been introduced to study different arrangement sensors architecture and detect the transient fault of each sensor. Then, a pseudo sensor enhancement method (PSEM) has been presented and investigated. The simulation results of different sensor architecture configurations without and with applying the PSEM have been introduced and analyzed to demonstrate the performance of the proposed method to meet the requirements for multiple sensor intelligent systems.
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