优化遗传算法在软件测试中的应用

Rayan Dasoriya, Riya Dashoriya
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引用次数: 2

摘要

任何软件产品的开发都包含不同的阶段。软件测试就是其中之一。有多种测试方法相关联,使产品免于错误,并提供完整无瑕的功能功能。软件工程包括对任何此类产品进行测试,以便通过消除所有此类错误使其对最终用户可行。人工智能可以嵌入到软件工程的测试阶段,通过应用各种测试用例来加快过程并产生更好的结果。使用人工智能优化的遗传算法可以帮助我们改进测试用例。测试用例可以通过自己的学习来增强。这就是人工智能的实际概念。本文演示了一种算法,该算法可以应用于黑盒和白盒测试,以获得一些最佳的测试用例,而不是选择所有的部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of Optimized Genetic Algorithm for Software Testing
The development of any software product involves various phases. Software testing is one of them. There are multiple testing methods associated to make the product free from error and provide the complete flawless functional capabilities. Software Engineering includes the testing of any such product for making it feasible to the end users by removing all such bugs. Artificial Intelligence can be embedded with the testing phase of Software Engineering to speed up the process and generate better results by applying various test cases. The use of an optimized genetic algorithm from Artificial Intelligence can help us to improve the test cases. The test cases can be enhanced by learning for its own. That is the actual concept of Artificial Intelligence. This paper demonstrates an algorithm which can be applied to both black box and white box testing to get some of the best test cases rather than selecting all the parts.
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