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Power system fault diagnosis using fuzzy sets for uncertainties processing

机译:电力系统故障诊断使用模糊套件进行不确定性处理

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Great emphasis has been put into applying expert systems to power transmission system fault diagnosis. However, very few papers deal with the unavoidable uncertainties which occur during operation involving fault location and other available information. This paper proposes a method using fuzzy sets to cope with such uncertainties. A fuzzy expert system is developed, which requires much less memory space to store active databases than those used by conventional expert systems. The fuzzy expert system identifies two basic data sets, S/sub fault/and S/sub no-fault/, using the status of operated and maloperated circuit breakers and relays. It then conducts inference to determine the most likely faulty components and the associated faulty component sequences. Two case studies are given in the paper to demonstrate salient features of the proposed approach.
机译:非常重视专家系统将专家系统应用于电力传输系统故障诊断。然而,很少有论文处理涉及故障位置和其他可用信息期间发生的不可避免的不确定性。本文提出了一种使用模糊装置来应对这种不确定性的方法。开发了模糊专家系统,这需要更少的内存空间来存储与传统专家系统使用的存储器的活动数据库。模糊专家系统使用操作和误操作断路器和继电器的状态来识别两个基本数据集,S / Sub故障/和S / Sub No-Fault /。然后,它进行推断以确定最有可能的故障组件和相关的故障组分序列。本文给出了两种案例研究,以展示所提出的方法的突出特征。

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