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Inductive learning approach for fault isolation - application to the induction motor

机译:故障隔离的归纳学习方法 - 应用于感应电动机的应用

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Within the diagnosis assistance framework, the supervision of a system without behavioral analytical model requires a statistical model elaborated from the observed data analysis. This approach is based on supervised learning techniques for large databases (data mining): from the knowledge of some parameters, the value of the variable to explain is predicted. The system dynamical behavior is reinjected in the initial database to be taken into account by learning techniques which deal with raw data. C4.5, which represents the reference algorithm based on decision-tree formalism, is applied to a database from an induction motor in order to supervise it partially. More precisely, the problem consists in discriminating a normal functioning state of the motor from a speed sensor failure state.
机译:在诊断辅助框架内,没有行为分析模型的系统的监督需要从观察到的数据分析中阐述的统计模型。这种方法基于大型数据库的监督学习技术(数据挖掘):从某些参数的知识,预测要解释的变量的值。系统动态行为在初始数据库中加入通过处理原始数据的学习技术考虑的初始数据库。 C4.5表示基于决策树形式主义的参考算法,应用于来自感应电动机的数据库,以便部分监督。更确切地说,问题包括从速度传感器故障状态辨别电动机的正常功能状态。

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