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Elementary research on software functional testing size estimation for space astronomical optical payload data processing system

机译:空间天文光学有效载荷数据处理系统软件功能测试规模估计的初步研究

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The Science Center of the international corporation misson SVOM adopts an iterative development approach. The development process is divided into developing three systems: the basic system, the core system and the complete system. Current stage is the basic system, where the development of an optical payload data processing system focuses on correctness of basic data path. Therefore, the strategy of the User Acceptant Test is to cover certain critical and typical business scenarios. In order to reasonably estimate software functional testing cost before test implementation and fully use the resource efficiently during testing process, this paper studies the methods of software functional testing size of this system for the User Acceptant Test This paper summarizes existing scale estimation methods in software engineering field, gives a proper understanding to the research goals and the basic requirements, and proposes a new business process testing size estimation method. The method has been verified simply, and needs to be validated concretely in future development process of SVOM Science Center.
机译:国际公司Misson SVOM的科学中心采用迭代开发方法。开发过程分为开发三个系统:基本系统,核心系统和完整系统。当前阶段是基​​本系统,其中光学有效载荷数据处理系统的开发侧重于基本数据路径的正确性。因此,用户接受测试的策略是涵盖某些关键和典型的业务场景。为了在测试实施之前合理地估算软件功能测试成本,并在测试过程中有效地充分利用资源,本文针对用户接受测试研究了该系统软件功能测试规模的方法。本文总结了软件工程中现有的规模估算方法。领域,对研究目标和基本要求有适当的了解,并提出了一种新的业务流程测试规模估计方法。该方法已经过简单验证,需要在SVOM科学中心的未来开发过程中进行具体验证。

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