Many real-life systems can be conveniently modeled by the replication and interconnection of simple components of a few types: different configurations of the same system may vary just for the number of components and for the topology of their interconnections. In industrial practice of formal modeling the tedious work of such a manual instantiation has to be automated, which allows to produce at a low cost new configurations of the same product. This paper presents a methodology to build statechart models of topologically distributed systems by instantiating generic components; the method is able to replicate as needed statechart components and to expand the terms that drive their behavior to create complex interconnection patterns along the required topology. The methodology is illustrated on the example of a classical distributed algorithm (Byzantine Agreement) to show the potential of dealing with parameterized distributed structures. The proposed methodology is shown to be able to find several interesting industrial applications.

Statecharts composition to model topologically distributed applications / M. Banci; A. Fantechi; S. Gnesi. - In: JOURNAL OF INTEGRATED DESIGN & PROCESS SCIENCE. - ISSN 1092-0617. - STAMPA. - 10:(2006), pp. 1-15.

Statecharts composition to model topologically distributed applications

FANTECHI, ALESSANDRO;
2006

Abstract

Many real-life systems can be conveniently modeled by the replication and interconnection of simple components of a few types: different configurations of the same system may vary just for the number of components and for the topology of their interconnections. In industrial practice of formal modeling the tedious work of such a manual instantiation has to be automated, which allows to produce at a low cost new configurations of the same product. This paper presents a methodology to build statechart models of topologically distributed systems by instantiating generic components; the method is able to replicate as needed statechart components and to expand the terms that drive their behavior to create complex interconnection patterns along the required topology. The methodology is illustrated on the example of a classical distributed algorithm (Byzantine Agreement) to show the potential of dealing with parameterized distributed structures. The proposed methodology is shown to be able to find several interesting industrial applications.
10
1
15
M. Banci; A. Fantechi; S. Gnesi
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/2158/386193
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