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ACTIVE OBJECTS AND THEIR MODELING WITH USING OF MULTIPROCESS PETRI MULTINETS WITH TIME STAMPS
Abstract
Petri nets is the well-known mathematical tool for the modeling and verification of parallel systems of all kind. Multiprocess Petri multinets with time stamps (MPTSM) are the newly introduced class of low-level Petri nets, whose definition and the properties are the main topic of this article; they generalize the properties of P/T Petri multiprocess multinets in the area of design, modeling and verification of generally parallel programming systems with the discrete time. The MPTSM with the support of the ASYNC-CALL operation can be then applied into the area of modeling and verification of multithreading programming systems based on the actor model of object-oriented programming, where all object are represented as independent computational entities with discrete time (i.e., active objects) that only respond to the received messages. This fact will be then demonstrated on the simple example of the programming system based on the client-server architecture that is operated in the distributed system environment where all the actors are synchronized in time with the unique central time source.
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