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Fault detection at power transmission lines by extreme learning machine

机译:极限学习机在输电线路故障检测中的应用

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With the increase of energy demand continuous energy transmission gained considerable attention. For a continuous energy transmission, the faulty power transmission line needs to be quickly isolated from the system. In this study, Extreme Learning Machine (ELM) possessing fast learning and high generalization capacity was used for this purpose and it was found as showing a good performance in detecting the faulty transmission line. In the study real fault signals recorded from transmission lines were used. A feature vector was formed from a cycle of the energy signal using relative entropy and classified via ELM. The obtained results were compared with the ones obtained through SVM, YSA, NB, J48 and PART learning techniques and the ones obtained in the previous studies. According the obtained results ELM both in terms of speed and performance was found superior.
机译:随着能源需求的增加,持续的能量传输受到了广泛的关注。为了实现连续的能量传输,需要将故障的电力传输线与系统快速隔离。在这项研究中,具有快速学习和高泛化能力的极限学习机(ELM)被用于此目的,并且发现它在检测故障传输线方面表现出良好的性能。在研究中,使用了从传输线记录的实际故障信号。使用相对熵从能量信号的循环中形成特征向量,并通过ELM对其进行分类。将获得的结果与通过SVM,YSA,NB,J48和PART学习技术获得的结果以及先前研究中获得的结果进行比较。根据获得的结果,发现ELM在速度和性能方面均表现出色。

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