An efficient and evolutionary hierarchical modeling and simulation approach

Authors:
Paul Bisgambiglia;Marielle Delhom;Jean-François Santucci
Affiliations:
SDEM - URA CNRS 2053 - University of Corsica, Quartier Grossetti B.P. 52, Corte, France;SDEM - URA CNRS 2053 - University of Corsica, Quartier Grossetti B.P. 52, Corte, France;SDEM - URA CNRS 2053 - University of Corsica, Quartier Grossetti B.P. 52, Corte, France
Venue:
Systems Analysis Modelling Simulation - Special issue: Environmental modeling and simulation
Year:
2002

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Abstract

Modeling and simulation have taken a preponderant place in the analysis and design of complex systems. The general environment we present in this paper provides a set of tools intended to make easier the creation and the simulation of evolving models. The originality of the approach is layed on the one hand in the combination of a hierarchical modeling and a discrete event simulation formalism, and on the other hand the implementation of object-oriented concepts during the realization phase. After a description of the existing works directly related to our approach, we introduce the basic modeling concepts and the defined object-oriented simulation architecture. Then, we propose a concrete application concerning the analysis of one complex natural system "the hydrologic behavior of the catchment basin". This study ends with the presentation of results obtained from a set of real data.