A Point Process Approach of Bug Fixing Analysis in Open Source Software Projects
A Point Process Approach of Bug Fixing Analysis in Open Source Software Projects
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DOI：
10.1109/qrs.2019.00024
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发表时间：
2019-07
期刊：
影响因子：
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通讯作者：
Takahiro Ushiroda;T. Dohi;Yasuhiro Saito;H. Okamura
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文献类型：
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作者：
Takahiro Ushiroda;T. Dohi;Yasuhiro Saito;H. Okamura
开源软件之一（OSS）是，可以通过在操作阶段重复版本上迭代来长期使用它，以便OSS具有封闭源软件（CSS）的其他软件错误检测和校正配置文件。产品。更具体地说，还可以考虑使用软件错误修复OSS的过程，以显示由于多个版本 - 提升程序而导致的长期操作和/或周期性的影响，此外还可以在相对短期中观察到的常见可靠性增长现象。软件测试。在本文中，我们提出了一种随机点过程方法，以代表OSS使用实际的OSS错误修复数据的长期效果和周期性效应。通过对OSS的可靠性分析，可以在定量上评估OSS的操作可靠性，并共享整个OSS社区已发布的OSS质量指标。
One of open-source software (OSS) is that it can be used for a long term by repeating version-up iteratively in the operational phase, so that OSS possesses a different software bug detection and correction profiles from the closed source software (CSS) products. More specifically, the software bug fixing process of OSS can be considered to show effects of the long-term operation and/or periodicity due to the multiple version-up procedures, in addition to the common reliability growth phenomenon observed in the relatively short-term software testing. In this article we propose a stochastic point process approach to represent the long-term effect and the periodicity effect of OSS with the actual OSS bug fixing data. By conducting the reliability analysis of OSS, it is possible to assess the operational reliability of OSS quantitatively and to share the published quality indicators of OSS by the whole OSS community.