Evolving specifications formally

P. Sampath, Silky Arora, S. Ramesh
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引用次数: 12

Abstract

This paper presents a formal specification and analysis method motivated by issues faced during early stages of requirements development for automotive features. At this early stage of development, only overall goals of features are understood, and there is a need to discover all possible scenarios of operation. We have developed a formalism — Structured Transition Systems (STS) — that facilitates the rapid evolution of specifications. STS supports multiple idioms of specification : transitions, state-diagrams, scenarios etc. It also supports constructs for hierarchical organization of a specification. We have further defined analyses that are useful for review and inspection of STS specifications. A distinctive feature of our method is the ability to use analysis results to refine and reinforce parts of the specification by importing analysis results into STS specifications. In practice, this leads to a feedback loop where requirements can be rapidly refined using analysis engines to drive the development of requirements. We have experimented using our technique on a number of automotive case-studies, and we present some of our experiences with these case-studies.
正式发展规范
本文提出了一种形式化的规范和分析方法,以汽车特性需求开发的早期阶段所面临的问题为动力。在开发的早期阶段,只了解功能的总体目标,并且需要发现所有可能的操作场景。我们已经开发了一种形式主义——结构化转换系统(STS)——它促进了规范的快速演变。STS支持多种规范用法:转换、状态图、场景等。它还支持规范的分层组织结构。我们有进一步界定的分析,有助于检讨和检查化粪池系统规格。我们方法的一个显著特征是能够使用分析结果,通过将分析结果导入STS规范来细化和加强规范的部分内容。在实践中,这导致了一个反馈循环,在这个循环中,需求可以使用分析引擎来快速细化,以驱动需求的开发。我们已经在许多汽车案例研究中试验了我们的技术,并介绍了我们在这些案例研究中的一些经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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