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Asynchronous reactive systems form the basis of a wide range of software systems, for instance in the telecommunications domain. It is highly desirable to rigorously show that these systems are correctly designed. However, traditional formal approaches to the verification of these systems are often difficult because asynchronous reactive systems usually possess extremely large or even infinite state spaces. The authors propose an Integer Linear Program (ILP) solving based property checking framework that concentrates on the local analysis of the cyclic behavior of each individual component of a system.
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