On the power of concurrency theory
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An approach is proposed for modeling and analyzing concurrent systems that integrates different views (abstract vs. concrete) as well as different aspects (functional vs. performance) of their behavior. The approach is based on a stochastic process algebra, a formalism for specifying and studying concurrent systems that is characterized by the property of compositionality. The approach is instantiated to the case of Extended Markovian Process Algebra (EMPA), introduced together with the collection of its four semantics and the notion of equivalence that are required in order to implement the approach. Finally, the case study of the alternating bit protocol is presented to illustrate the approach.