构件模型的测试系统演化开发波及效应分析

军用ATS系统化开发方法属于当今装备保障研究领域的前沿,且在不断发展之中,需要加强其前瞻性理论和开发方法的研究,以满足军用ATS进一步发展的技术需要。测试系统演化开发作为一种新的军用ATS开发方法,它侧重于对测试系统开发过程的微观分析,以更好地解决需求向实现平坦过渡的问题。针对测试系统演化开发活动中波及效应这一微观特性进行了探讨,提出了一种基于构件模型的方法,通过引入可达矩阵描述,构建影响矩阵,为测试系统演化开发中各种活动的波及效应的分析及相对大小的度量提供了依据。特别对演化开发中构件的删除、增加、修改、合并及分解活动所引起的各种波及效应进行了深入的分析,为顺利实施测试系统的演化开发策略奠定了基础。

Analysis of Ripple Effect in Test System Evolution Development Based on Component Model

Systematic development approach of military ATS belongs to the front domain of current weapon equipment maintenance and is on developing.So its research in prospective theory and developing method should be strengthened to meet technical requirements of further military ATS development.The test system evolution development approach,as a new method of military ATS development, its emphasis is put on the microcosmic analysis of the development process to get a flat transition from requirement to realization.Ripple effect,as a microcosmic characteristic of test system evolution development process,is studied.First,a component model used to describe test system is presented.Based on the model,reach-ability matrix and effect matrix are created to analyse ripple effect and calculate its quantity.At last,the ripple effects caused by component deletion,addition,modification,division and combination are discussed in detail.The work here laid the foundation for evolution development of test system.