Automatic Classification of Bug Reports for Mobile Devices: An Industrial Case Study

R. F. Lins, F. Barros, R. Prudêncio, Wallace N. Melo
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引用次数: 1

Abstract

When a failure is found during software testing activities, a bug report (BR) is written and stored in product management tools. In order to prioritize the errors to fix, a BR triage process is performed to identify the most critical errors. This is specifically relevant in the context of mobile applications due to the fast development cycle, which results on a high number of BRs to evaluate daily. In this paper, Machine Learning (ML) and Natural Language Processing (NLP) techniques are investigated to automatically classify the criticality of BRs in the context of a real mobile environment, and a prototype was developed. Results on a corpus of 9,785 BRs were very satisfactory, reaching up to 0.79 of AUC and meeting the performance level required by the considered application.
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移动设备Bug报告的自动分类:一个工业案例研究
当在软件测试活动中发现故障时,将编写bug报告(BR)并将其存储在产品管理工具中。为了确定要修复的错误的优先级,需要执行BR分类流程来识别最严重的错误。由于快速的开发周期,这在移动应用环境中尤为重要,这导致每天需要评估大量的br。本文利用机器学习(ML)和自然语言处理(NLP)技术,研究了在真实移动环境下BRs临界性的自动分类,并开发了一个原型。在9785个BRs语料库上的结果非常令人满意,达到了0.79的AUC,满足了所考虑的应用程序所要求的性能水平。
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