Faceted Bug Report Search with Topic Model

K. Liu, Hee Beng Kuan Tan
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引用次数: 2

Abstract

During bug reporting, The same bugs could be repeatedly reported. As a result, extra time could be spent on bug triaging and fixing. In order to reduce redundant effort, it is important to provide bug reporters with the ability to search for previously reported bugs efficiently and accurately. The existing bug tracking systems are using relatively simple ranking functions, which often produce unsatisfactory results. In this paper, we apply Ranking SVM, a Learning to Rank technique to construct a ranking model for accurate bug report search. Based on the search results, a topic model is used to cluster the bug reports into multiple facets. Each facet contains similar bug reports of the same topic. Users and testers can locate relevant bugs more efficiently through a simple query. We perform evaluations on more than 16,340 Eclipse and Mozilla bug reports. The evaluation results show that the proposed approach can achieve better search results than the existing search functions.
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面错误报告搜索与主题模型
在bug报告过程中,相同的bug可以被重复报告。因此,可以将额外的时间花在错误分类和修复上。为了减少冗余的工作,为bug报告者提供高效、准确地搜索先前报告的bug的能力是很重要的。现有的bug跟踪系统使用的是相对简单的排序功能,结果往往不令人满意。在本文中,我们运用排序支持向量机,一种学习排序技术来构建一个排序模型,用于准确的bug报告搜索。基于搜索结果,使用主题模型将bug报告聚类到多个方面。每个方面都包含相同主题的类似错误报告。用户和测试人员可以通过一个简单的查询更有效地定位相关的bug。我们对超过16,340个Eclipse和Mozilla bug报告执行评估。评价结果表明,与现有的搜索函数相比,该方法可以获得更好的搜索结果。
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