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AN ALGORITHM FOR DETECTING FAULTS IN RAILWAY POINT MECHANISMS

机译:一种检测铁路点机制故障的算法

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The main purpose of this paper is to implement a system capable of detecting faults in point mechanisms of railway infrastructure. This is achieved by developing an algorithm that takes advantage of three empirical criteria simultaneously capable of detecting faults from records of measurements of force against time. The system is dynamic in several respects: the base reference data is computed using all the curves free from faults as they are encountered in the experimental data; the algorithm that uses the three criteria simultaneously may be applied in on-line situations as each new data point becomes available; and recursive algorithms are applied to filter noise from the raw data in an automatic way. Encouraging results are found in practice when the system is applied to a number of experiments carried out by an industrial sponsor.
机译:本文的主要目的是实施一种能够检测铁路基础设施点机制故障的系统。这是通过开发一种利用三个经验标准的算法来实现的,能够检测从力的测量记录中的算法。系统在几个方面是动态的:基准参考数据使用所有无故障的曲线计算,因为它们在实验数据中遇到它们;使用三个标准同时使用三个标准的算法可以在线情况下应用,因为每个新数据点都可用;递归算法应用于以自动方式从原始数据过滤噪声。当系统适用于工业赞助商开展的许多实验时,在实践中发现了令人鼓舞的结果。

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