This paper proposes a generation method of path coverage test based on Gene Expression Programming(GEP) algorithm, compiler technology and Virtual Machine(VM).
提出一种基于基因表达式编程（GEP）算法、编译器技术、虚拟机技术的路径覆盖测试用例生成方法。
Besides fault collapsing, this paper also proposes some techniques, such as code collapsing, change of the ending rules to optimizing the test generation algorithm.
结合故障精简，本文通过编码压缩、变化终止规则等方法进一步优化了全速电流测试方法的测试产生算法。
This method ameliorated the operators of DE algorithm to avoid the discrete test data generation based on DE algorithm.
该方法对差分演化算法的操作算子进行改进，解决了差分演化算法生成离散型测试数据的问题。
This paper presents an algorithm of test patterns generation for digital circuits which is called the principal path sensitization method.
本文提出了产生数字电路测试码的一种算法——主路径敏化法。
This paper realizes the automatic generation of the test case in the structure coverage test, which takes use of the iterative relaxation method as key algorithm.
利用迭代松弛法作为核心算法实现了结构覆盖测试用例的自动生成。
Experiments results show that this algorithm improves the efficiency of test case generation without any influence on the precision of software test.
实验结果证明，该算法在不影响测试精度的情况下能有效提高测试用例的选择效果。
This study proposes a kind of automatic test data generation method based on ant colony algorithm.
提出了一种基于蚁群算法的测试数据自动生成方法。
Base on the existing synchronous sequential circuits fault simulator-HOPE, the test vector generation method of sequential circuits based on ant algorithm is systematically researched firstly.
本文在同步时序电路故障模拟器—HOPE的基础上，率先对基于蚂蚁算法的时序电路测试矢量生成方法作了系统的开拓性研究。
The generator cost increased least after generation rescheduling to meet high stability requirements in New England test power system, which shows effectiveness of the algorithm.
新英格兰测试系统的分析结果表明，在系统总发电成本增加最小的情况下，系统的稳定程度已提高到设定的目标，证明了该算法的有效性。
Based on the research of black box testing of the embedded software, a new test case generation algorithm is proposed.
在对嵌入式软件进行黑盒测试研究的基础上，提出了一种基于成对测试设计思想的测试用例生成算法。
Experiment shows that the method can achieve a higher path coverage rate, and we developed a test case generation tool in terms of the algorithm.
实验显示该方法能以较少的测试用例达到较高的路径覆盖率，并根据这一方法实现了一个测试用例自动生成工具。
Experiment shows that the method can achieve a higher path coverage rate, and we developed a test case generation tool in terms of the algorithm.
实验显示该方法能以较少的测试用例达到较高的路径覆盖率，并根据这一方法实现了一个测试用例自动生成工具。
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