Hybrid petri nets as a new formalism for modeling electrical drives
Mircea Adrian Drighiciu, Gh. Manolea, Daniel Cristian Cismaru, Anca Petrişor
Abstract
Mircea Adrian Drighiciu, Gh. Manolea, Daniel Cristian Cismaru, Anca Petrişor
Abstract
The purpose of this paper is to present the Hybrid Petri Nets formalism, as a description for a class of hybrid dynamics systems, with several applications, explanations and comments concerning some hybrid models of d.c. electrical drives. Starting from a generic mathematical model and using the Visual Object Net ++ software tool, several simulation scenarios was proposed, in order to verifying the Petri Nets structures achieved. The simulation results can be used for building a modular hierarchical structure of the models.
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The purpose of this paper is to present the Hybrid Petri Nets formalism, as a description for a class of hybrid dynamics systems, with several applications, explanations and comments concerning some hybrid models of d.c. electrical drives. Starting from a generic mathematical model and using the Visual Object Net ++ software tool, several simulation scenarios was proposed, in order to verifying the Petri Nets structures achieved. The simulation results can be used for building a modular hierarchical structure of the models.
Key concepts: Petri net, Formalism (music), Modular design, Computer science, Hybrid system, Visual modeling, Process architecture, Theoretical computer science