Based on the software testing process model POCERM, an effective engineering software testing method is presented in the paper and also is applied to a practical testing project.
该文以POCERM软件测试过程模型为基础，结合一个实际测试项目，阐述了一种有效的软件测试工程化方法。
Our analysis suggests that if a change-point exists in a testing process, it should be considered in creating a software reliability estimation model.
分析表明如果在一测试过程中存在一个或多个变点，那么变点是应该在创建一个软件可靠性估计模型时考虑进去的。
The model combined with software test process, software quality cost and testing type. The computational formula is defined to calculate software quality cost.
该模型融合了软件测试过程、软件质量成本和测试等级三个部分，并定义了软件质量成本的量化公式。
A software reliability testing method, judge standard and test process based on random testing model is introduced in the paper, and Monte Carlo method is used result analysis.
本文提出一种基于随机测试模型的软件可靠性测试方法、评判准则和测试策略，并利用蒙特卡罗方法进行了分析。
In the field of software testing, the model has undergone from scratch, from the simple to the complex process of evolution.
在软件测试领域，模型经历了从无到有，从简单到复杂的进化过程。
Finally, we give a test tool model based on the methods we discussed in this dissertation and some Suggestions on software testing process improvement.
最后，在本文研究的方法的基础上，给出了一个基于文中方法的测试工具的模型，并提出了一些测试工作改进方法的设想。
Then introduce the related testing theory and testing process model. Analyze enterprise-class storage software quality risk management according to its features.
然后介绍了论文涉及到的测试理论、测试过程模型，并根据存储软件的功能特点分析了企业级存储软件的质量风险管理。
Then introduce the related testing theory and testing process model. Analyze enterprise-class storage software quality risk management according to its features.
然后介绍了论文涉及到的测试理论、测试过程模型，并根据存储软件的功能特点分析了企业级存储软件的质量风险管理。
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