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Performance Comparison of Machine Learning Algorithms for Imbalanced Class Classification in Hydraulic System

机译:液压系统不平衡分类的机器学习算法性能比较

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Several studies have been conducted over the past decades on fault detection for data-based system monitoring and have also been applied in various industry groups. However, there are various factors that make it difficult to apply in reality, even though algorithms for detecting various faults have been studied. The class imbalance problem is considered one of the most serious problems with fault detection. In many areas of classification, the data collected is largely imbalanced. Thus, in order to actually apply data-based system monitoring, there is a need for a method that can effectively solve such class imbalances. Various methodologies have been proposed to address this class imbalance problem, and good results have been recorded in several studies. In this paper, the overfitting problem caused by class imbalance is verified through experiment, and we find out which methodology is effective in solving class imbalance among several proposed methodologies for hydraulic system.
机译:在过去的几十年中,已经进行了一些有关基于数据的系统监视的故障检测的研究,并且已经应用​​于各种行业。然而,尽管已经研究了用于检测各种故障的算法,但是存在多种因素使得在现实中难以应用。类不平衡问题被认为是故障检测中最严重的问题之一。在许多分类领域中,收集的数据基本不平衡。因此,为了实际应用基于数据的系统监视,需要一种能够有效解决这种类别不平衡的方法。已经提出了各种方法来解决此类不平衡问题,并且在一些研究中已经记录了良好的结果。本文通过实验验证了由类不平衡引起的过拟合问题,并在几种提出的液压系统方法中找到了哪种方法对解决类不平衡是有效的。

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