基于特征向量的k均值软件组件聚类与重用方法

C. Srinivas, C. V. Rao
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引用次数: 15

摘要

软件组件聚类是一种用于对软件组件进行聚类的无监督学习方法。这些集群可以用来研究、分析和理解软件组件的行为。本文采用k-means聚类算法对软件组件进行聚类。主要区别在于使用距离度量,该度量旨在找到软件组件之间的相似性。我们使用距离度量[12]来找到对项目距离矩阵,并对该距离矩阵应用k-means算法。主要思想是使用多个距离度量,探索基于共识的技术,从而聚类软件组件,而不是仅使用一个度量来聚类组件。这种方法也可以通过使用我们的距离度量来应用于软件架构恢复问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Feature Vector Based Approach for Software Component Clustering and Reuse Using K-means
Software component clustering is an unsupervised learning approach which is used to cluster the software components. These clusters may then be used to study, analyze, understand behavior of the software components. In this paper, we use the k-means clustering algorithm to cluster the software components. The main difference lies in the use of distance measure which is designed to find the similarity between the software components. We use the distance measure [12], to find the pair wise project distance matrix and apply the k-means algorithm on this distance matrix. The main idea is to use more than one distance measure, to explore consensus based technique, so as to cluster software components, instead of using only one measure to cluster the components. This approach may also be applied for software architecture recovery problem by using our distance measure.
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