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Verification of COMDES-II Systems Using UPPAAL with Model Transformation |
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Abstract COMDES-II is a component-based software framework intended for model-integrated development of embedded control systems with hard real-time constraints. It provides various kinds of component models to address critical domain-specific issues, such as system concurrency, real-time operation and communication in a timed multitasking environment; reactive control behavior combined with continuous data processing, etc., following the principle of separation-of-concerns. In the paper we present a transformational approach to the formal verification of both timing and reactive behaviors of COMDES-II systems using UPPAAL, based on a semantic anchoring methodology. The proposed approach adopts UPPAAL timed automata as the semantic units, to which different behavioral concerns of COMDES-II are anchored, such that the operation patterns of a COMDES-II system can be precisely specified in UPPAAL, and verified against a set of desired requirements with a preservation of the original system operational semantics. |
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BibTeX entry @inproceedings{Ke_1504:2008, |