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Research on Application of AP Clustering Algorithm in Fault Diagnosis

机译:AP聚类算法在故障诊断中的应用研究

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K-means and k-centers clustering algorithms need to pre-configure the number of clusters and its clustering granularity are rough. To solve this problem, the AP clustering algorithm was applied to mechanical fault diagnosis field. The EEMD and approximate entropy theory were used to extract fault features from fault data set. Then the AP algorithm was used to discover the fault pattern from extracted fault features. Finally the new sample's fault type was diagnosed according to the clustering result. Experimental results showed that AP clustering algorithm could effectively improve the accuracy of clustering and improve the accuracy of fault diagnosis without pre-configuring the number of cluster centers.
机译:K均值和k中心聚类算法需要预先配置聚类数量,并且其聚类粒度很粗糙。为了解决这个问题,将AP聚类算法应用于机械故障诊断领域。 EEMD和近似熵理论被用于从故障数据集中提取故障特征。然后使用AP算法从提取的故障特征中发现故障模式。最后,根据聚类结果对新样本的故障类型进行诊断。实验结果表明,AP聚类算法可以有效地提高聚类的准确性,提高故障诊断的准确性,而无需预先配置聚类中心的数量。

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