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首页> 外文期刊>International Journal of Performability Engineering >Automatic Software Testing Target Path Selection using K-means Clustering Algorithm
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Automatic Software Testing Target Path Selection using K-means Clustering Algorithm

机译:自动软件测试目标路径选择使用k-means聚类算法

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摘要

Path testing is an effective method of software testing. It is not realistic to achieve coverage for all paths during complex software testing. Selecting the correct paths as target paths is a key problem. A method of selecting target paths based on the K-means algorithm is presented in this study. First, we divide paths into different groups using the K-means algorithm, so that paths having high similarity are divided into the same group. Then, we choose the cluster centers as targets and ensure that the selected target paths have more considerable differentiation, which guarantees the adequacy of later testing. The experimental results demonstrate the effectiveness of the proposed method.
机译:路径测试是一种有效的软件测试方法。 在复杂软件测试期间实现所有路径的覆盖范围是不现实的。 选择正确的路径作为目标路径是关键问题。 本研究提出了一种基于K-MEAS算法选择目标路径的方法。 首先,我们使用K-Means算法将路径分成不同的组,使得具有高相似性的路径被划分为同一组。 然后,我们选择群集中心作为目标,并确保所选的目标路径具有更大的差异,这保证了后续测试的充分性。 实验结果表明了该方法的有效性。

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