Particle swarm based arc detection on time series in pantograph-catenary system

I. Aydin, Orhan Yaman, Mehmet Karaköse, S. B. Çelebi
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引用次数: 27

Abstract

Pantograph-catenary system is the most important component for transmitting the electric energy to the train. If the faults have not detected in an early stage, energy can disrupt the energy and this leads to more serious faults. The arcs occurred in the contact point is the first step of a fault. When they are detected in an early stage, catastrophic faults and accidents can be avoided. In this study, a new approach has been proposed to detect arcs in pantograph-catenary system. The proposed method applies a threshold value to each video frame and the rate of sudden glares are converted to time series. The phase space of the obtained time series is constructed and the arc event is found by using particle swarm optimization. The proposed method is analyzed by using real pantograph-videos and good result have been obtained.
基于粒子群的受电弓接触网系统时间序列电弧检测
受电弓接触网系统是向列车传递电能的重要部件。如果在早期没有发现故障,能量可能会破坏能量,从而导致更严重的故障。在接触点产生电弧是故障的第一步。如果在早期发现,就可以避免灾难性的故障和事故。本文提出了一种检测弓链线系统中弧的新方法。该方法对每个视频帧设置一个阈值,并将突然眩光的频率转换为时间序列。构造得到的时间序列的相空间,并利用粒子群优化方法寻找圆弧事件。利用实际的受电弓视频对该方法进行了分析,取得了良好的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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