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On-line Bushing Condition Monitoring

机译:在线衬套状态监测

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An on-line bushing condition monitoring framework is presented, the framework is able to adapt as new data are introduced. Furthermore, it can accommodate new classes that are introduced by incoming data. The framework is implemented using an incremental learning algorithm that uses MLP as a weak Learner. The performance of the on-line bushing condition monitoring is compared to that of an MLP trained off-line. The proposed framework is able to adapt as new data are introduced and is able to accommodate new classes. The testing results improved from 67.5% to 95.8% as new data are introduced and the testing results improved from 60% to 95.3% as new classes are introduced. On average the confidence value of the framework on its decisions is 0.92.
机译:提出了一条在线衬套状态监测框架,框架能够适应新数据。此外,它可以容纳通过传入数据引入的新类。框架是使用增量学习算法实现的,该算法使用MLP作为弱学习者。在线衬套条件监测的性能与离线训练的MLP的性能进行了比较。所提出的框架能够适应新数据并能够容纳新课程。由于介绍了新数据,测试结果从67.5%提高到95.8%,随着介绍新类,测试结果从60%提高到95.3%。平均其决定框架的信心价值为0.92。

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