Olaf Kummer, Daniel Moldt, and Frank Wienberg.
Symmetric communication between coloured Petri net simulations and
Java-processes.
In Susanna Donatelli and Jetty Kleijn, editors, Application and
Theory of Petri Nets 1999, 20th International Conference, ICATPN'99,
Williamsburg, Virginia, USA, volume 1639 of Lecture Notes in Computer
Science, pages 86-105. Springer-Verlag, June 1999.
Kurzfassung: In order to widen the applicability of Coloured Petri Nets for the specification and design of large scale distributed applications, a framework has been developed that supports the interaction of Design/CPN and Java processes. The underlying architecture can be used for other tools. Thereby a seamless embedding of the two worlds of Petri nets and object-oriented programming is achieved, allowing problem oriented modelling at different abstraction levels in a fully distributed environment. The general possibilities to connect Coloured Petri Net simulations with remote processes are discussed and a specific implementation of the required framework is sketched. Promising application areas are named and for some of them concrete example models are provided.
@InProceedings{Kummer+99f, author = {Kummer, Olaf and Moldt, Daniel and Wienberg, Frank}, editor = {Donatelli, Susanna and Kleijn, Jetty}, title = {Symmetric Communication between Coloured {Petri} Net Simulations and {Java}-Processes}, booktitle = {Application and Theory of {Petri} Nets 1999, 20th International Conference, ICATPN'99, Williamsburg, Virginia, USA}, series = LNCS, volume = {1639}, pages = {86--105}, publisher = Springer, month = jun, year = 1999, keywords = {Coloured Petri Nets, Design/CPN, Distributed Simulation, Framework, Java, Prototyping, Computer Tools, Workflow;}, abstract = {In order to widen the applicability of Coloured Petri Nets for the specification and design of large scale distributed applications, a framework has been developed that supports the interaction of Design/CPN and Java processes. The underlying architecture can be used for other tools. Thereby a seamless embedding of the two worlds of Petri nets and object-oriented programming is achieved, allowing problem oriented modelling at different abstraction levels in a fully distributed environment. The general possibilities to connect Coloured Petri Net simulations with remote processes are discussed and a specific implementation of the required framework is sketched. Promising application areas are named and for some of them concrete example models are provided.} }
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