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Finding the best bug fixing rate and bug fixing time using software reliability modelling

机译:使用软件可靠性模型找到最佳的漏洞修复率和漏洞修复时间

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This article is mainly focused on finding the best possible way to rectify bug fixing rate (BFR) and bug fixing time (BFT). Further, versatile software projects have been verified when materialising the bug fixing rate. To increase the bug fixing rate, bug traceability is reduced by virtue of version tag in each and every component of a software deliverable. Software build release time is optimised by using mathematical optimisation techniques such as software reliability growth and non-homogeneous Poisson process models. This is very much essential in the present market scenario. The build inconsistency and automation are also rectified in this erudite research work. The developed software is free from defects and improves the software quality by increasing bug fixing rate.
机译:本文主要致力于找到纠正错误修复率(BFR)和错误修复时间(BFT)的最佳方法。此外,当实现错误修复率时,已经验证了多功能软件项目。为了提高错误修复率,借助于可交付软件的每个组件中的版本标签,降低了可追溯性。通过使用数学优化技术(例如软件可靠性增长和非均匀泊松过程模型)来优化软件构建发布时间。在当前市场情况下,这非常重要。这项博学的研究工作还纠正了构建不一致和自动化的问题。开发的软件没有缺陷,并通过提高错误修复率来提高软件质量。

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