Determining Optimal Release and Testing Stop Time of a Software Using Discrete Approach

A. Shrivastava, Ruchi Sharma
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引用次数: 1

Abstract

In the last 20 years researcher’s proposed to determine the optimal release and testing termination time considering the calendar time or continuous approach. However, it has been shown in the literature that it is better to develop the model by considering the number of test cases executed to remove faults. This is possible by using the discrete modelling approach developed in the software reliability literature. In the existing discrete software reliability literature, no work has been done in the direction of separating the release and testing termination time. In this work, we have developed a discrete framework to determine the optimal release and testing termination time under budgetary constraints. The numerical illustration suggests that it is better to release the software after executing a lesser number of testing periods. Also, the total cost in the proposed strategy is significantly less as compared to the existing discrete release time literature.
用离散方法确定软件的最佳发布和测试停止时间
近20年来,研究人员提出了考虑日历时间或连续方法确定最佳释放和测试终止时间的方法。然而,在文献中已经显示,通过考虑为消除错误而执行的测试用例的数量来开发模型是更好的。这可以通过使用软件可靠性文献中开发的离散建模方法来实现。在现有的离散软件可靠性文献中,没有在分离发布时间和测试终止时间的方向上做过任何工作。在这项工作中,我们开发了一个离散的框架来确定预算约束下的最佳发布和测试终止时间。数值说明建议在执行较少的测试周期后发布软件。此外,与现有的离散发布时间文献相比,所提出的策略中的总成本显着降低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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