迈向可靠性可视化——基于模型的设计与虚拟现实的结合

Matthias Güdemann, Michael Lipaczewski, F. Ortmeier, Marco Schumann, R. Eschbach
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引用次数: 0

摘要

可靠性通常是一个非常抽象的概念。原因是可靠性的影响应该是非常罕见的,通常甚至不希望在测试期间发生。特别是对于软件密集型系统,很难找到正确的因果关系/最小割集。现代基于模型的方法通过自动计算最小割集来提供帮助。然而,这些方法总是依赖于正确的环境模型。此外,其结果往往是不可追溯的或不可理解的人类。因此,我们建议将基于模型的安全属性分析与虚拟现实相结合,以确保模型的有效性和结果的可追溯性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Making Dependability Visual -- Combining Model-Based Design and Virtual Realities
Dependability is often a very abstract concept. The reason is that dependability implications shall be very rare and are often not even wanted to happen during testing. In particular for software-intensive systems, it is very hard to find correct causal relationships/minimal cut sets. Modern model-based approaches help here by computing for example minimal cut sets automatically. However, these methods always rely on a correct model of the environment. In addition, the results are often not traceable or understandable for humans. Therefore, we suggest combining model-based analysis for deriving safety properties with virtual realities for ensuring model validity and trace-ability of results.
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