Abstract
Abstract: Model-based analysis techniques use formal methods to rigorously assess the risks associated with safety-critical systems. The adequacy of the results obtained from those formal techniques, however, is greatly influenced by the quality and comprehensibility of the underlying formal models. We introduce our S# modeling framework (pronounced safety sharp), an executable, systematic, high-level specification language and tool suite specifically designed for the convenient modeling and formal analysis of safety-critical systems. This paper shows how S# facilitates and improves model simulation, debugging, and testing during all stages of the development of such systems.
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