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Temporal Verification of Real-Time Multitasking Application Properties Based on Communicating Timed Automata
Budapest, Hungary October 21-October 23
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/DS-RT.2004.39Eighth IEEE International Symposium o ...
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Mostefa Belarbi, CITI/INSA Lyon
Jean-Philippe Babau, CITI/INSA Lyon
This paper proposes a method for temporal verification of real-time multitasking applicationproperties based on a communicating timed automata IF language. The properties are divided into two kinds: local properties of application elements like object creation/destruction, object length, task deadlocks and secondly global properties such as data age, deadline, and time interval verification. These properties are represented by observer automata and verified by the IF2C tool exhaustive simulation. The notion of phrase is used to reduce the IF representation graph by partitioning the application on the basis of phases.
Index Terms:
Communicating, Timed Automata, Exhaustive Simulation, RTOS, Temporal Verification, Observer Automata
Citation:
Mostefa Belarbi, Jean-Philippe Babau, Jean-Jacques Schwarz, "Temporal Verification of Real-Time Multitasking Application Properties Based on Communicating Timed Automata," ds-rt, pp.188-195, Eighth IEEE International Symposium on Distributed Simulation and Real-Time Applications (DS-RT'04), 2004
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