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Research on the Improvement of Aerospace Software Test Model Based on V Model

机译:基于V模型的航天软件测试模型的改进研究。

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The software industry has endured a long and tortuous development process from the beginning to the present, from small scale, low complexity of software development to the large scale of application of software products, software testing plays an important role, the early software debugging has been evolved into software testing now. With the rapid development of space industry in China, the position of software in it has been more and more important, software testing is very significant throughout the software development process, therefore software testing needs more concern. Based on the theory of software testing in software engineering, combined with the practice in work, the current problems in aerospace software testing, how to find existing problems and new testing methods in order to improve the quality of aerospace software. The traditional V model requires that each testing phase could proceed only after the previous stage completed, and there is no backtracking. We cannot adjust and modify the model when problems are found. In order to overcome the shortcomings of traditional V model, the paper puts forward an improved method of aerospace software model based on V model. By iterating over the various stages testings of software development, this method enhances intersections and comprehensiveness, so as to achieve the aim of reducing the number of testing problems and providing effective solutions for the aerospace software testing problems.
机译:从一开始到现在,软件行业经历了漫长而曲折的发展过程,从小规模,低复杂度的软件开发到大规模的软件产品应用,软件测试起着重要作用,早期的软件调试已经现在演变为软件测试。随着中国航天工业的飞速发展,软件在其中的地位越来越重要,软件测试在整个软件开发过程中意义重大,因此软件测试需要更多的关注。基于软件工程中软件测试的理论,结合工作实践,结合当前航空航天软件测试中存在的问题,如何发现存在的问题和新的测试方法,以提高航空航天软件的质量。传统的V模型要求每个测试阶段只能在上一个阶段完成之后才能进行,并且没有回溯。发现问题后,我们将无法调整和修改模型。为了克服传统的V模型的缺点,提出了一种基于V模型的航空软件模型的改进方法。通过迭代软件开发的各个阶段的测试,该方法增强了交叉性和综合性,从而达到了减少测试问题数量,为航空航天软件测试问题提供有效解决方案的目的。

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