基于模型的安全分析与可靠软件开发的集成

M. D. Miguel, B. Pauly, Thierry Person, Javier Fernández Briones
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引用次数: 9

摘要

安全关键系统的软件开发必须将软件开发技术的应用与安全分析相结合。安全分析人员和软件架构师必须对什么使系统安全,以及什么缓解意味着提高软件组件的可靠性和质量有一个共同的理解。模型驱动开发是一种减少安全分析技术(例如FMECA和FTA)和软件开发语言(例如UML)之间差距的方法。模型驱动技术(例如元模型和模型转换)支持安全分析概念(例如风险、危害和缓解手段)与软件开发概念(例如组件)的集成,并支持将安全分析直接应用于软件架构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Model-based integration of safety analysis and reliable software development
Software development of safety critical systems must combine the application of software developments techniques and safety analysis. The safety analyzers and software architects must have a common understanding of what makes a system safe, and what mitigation means improve the software component reliability and quality. Model driven development is an approach to reduce the gap between safety analysis technologies (e.g. FMECA and FTA) and software development languages (e.g. UML). Model driven technologies (e.g. metamodels and model transformation) give support for the integration of safety analysis concepts (e.g. risks, hazards and mitigation means) and software development concepts (e.g. components), and for the direct application of safety analysis on to software architectures.
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