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Clustering and selection method of shaft part manufacturing services on cloud platform

机译:云平台上轴类零件制造服务的聚类与选择方法

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Under the cloud mode, it is difficult to select an appropriate shaft part processing service from the rich and huge cloud manufacturing services. The K-means algorithm and the extension theory were applied into the cloud platform to solve this problem. The similarity-based clustering method was proposed to preprocess the shaft part processing cloud services and generate a plurality of class clusters. Based on the extension theory, the matter-element models of service requirement and class clusters of shaft part processing cloud services were established, and the selection method of shaft part processing cloud service sets was presented. The result of the study shows that the clustering and selection method of shaft part manufacturing services on cloud platform is feasible and effective.
机译:在云模式下,很难从丰富而庞大的云制造服务中选择合适的轴零件加工服务。 K-means算法和扩展理论被应用到云平台中以解决这个问题。提出了一种基于相似度的聚类方法,对竖井零件进行云服务预处理,并生成多个类聚类。基于扩展理论,建立了轴类零件加工云服务的服务需求和类群的物元模型,提出了轴类零件加工云服务集的选择方法。研究结果表明,云平台上轴类零件制造服务的聚类和选择方法是可行和有效的。

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