This paper introduces an innovative approach to multi-formalism modeling of systems that is part of the OsMoSys (Object-based multi-formaliSm MOdeling of SYStems) framework. OsMoSys uses the proposed modeling approach to build multi-formalism models, and workflow management to achieve multi-solution. Our modeling approach is based on meta-modeling, allowing to easily define and integrate different formalisms, and on some concepts from object orientation. Its main objectives are the interoperability of different formalisms and the definition of mechanisms to guarantee the flexibility and the scalability of the modeling framework.
The Osmosys approach to multi-formalism modelling of systems / Iacono, M.; Mazzocca, Nicola; Franceschinis, G.; Vittorini, Valeria. - In: SOFTWARE AND SYSTEMS MODELING. - ISSN 1619-1366. - STAMPA. - 3 (1):(2004), pp. 68-81. [10.1007/s10270-004-0052-3]
The Osmosys approach to multi-formalism modelling of systems
MAZZOCCA, NICOLA;VITTORINI, VALERIA
2004
Abstract
This paper introduces an innovative approach to multi-formalism modeling of systems that is part of the OsMoSys (Object-based multi-formaliSm MOdeling of SYStems) framework. OsMoSys uses the proposed modeling approach to build multi-formalism models, and workflow management to achieve multi-solution. Our modeling approach is based on meta-modeling, allowing to easily define and integrate different formalisms, and on some concepts from object orientation. Its main objectives are the interoperability of different formalisms and the definition of mechanisms to guarantee the flexibility and the scalability of the modeling framework.File | Dimensione | Formato | |
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