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Optimize the software testing efficiency using genetic algorithm and mutation analysis

机译:使用遗传算法和变异分析来优化软件测试效率

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In this paper a method has been proposed to optimize the software testing efficiency using Genetic Algorithm and Mutation Analysis. First a program is written and intended some mutant in this program and then found most critical path and optimized test cases using genetic algorithm. These test cases are refined using genetic algorithm. A mutant function has been used for measuring the adequacy of the test case sets. This mutant function find a mutant score, on the bases of this mutation function 100% path coverage and boundary coverage achieved using mutation testing.
机译:本文提出了一种利用遗传算法和变异分析来优化软件测试效率的方法。首先编写一个程序,并打算在该程序中添加一些突变体,然后使用遗传算法找到最关键的路径并优化测试用例。这些测试用例使用遗传算法进行了改进。突变函数已用于测量测试用例集的适当性。该突变函数基于该突变函数找到使用突变测试获得的100%路径覆盖率和边界覆盖率的突变分数。

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