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M3-Project — Actor based simulation in virtual worlds.pdf

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M3-Project — Actor based simulation in virtual worlds

M3 Project - Actor Based Simulation in Virtual Worlds Helge Rose?, Torsten Asselmayer-Maluga, Peter Frank, Andreas Hoheisel and Bertram Walter Fraunhofer Institute for Computer Architecture and Software Technology Kekule?str. 7, D-12489 Berlin, Germany, Helge.Rose@first.fraunhofer.de Abstract: M3 Simulation is a simulation approach that actively involves real human actors in a virtual reality environment based on multidisciplinary simulation models. This actor based concept aims at integrated simula- tion of complex processes belonging to heterogeneous levels of reality, paying specific attention to real human behavior. The entities of the real system under consideration are represented in a consistent object-oriented way by agents simulated by environmental models. This distributed network-capable implementation of the M3 system combines environmental modeling with the intuitive graphic representation, complex communica- tion and interaction structures of virtual worlds in order to support the process of investigation of complex real world systems. Keywords: actor based simulation, interactive simulation, environmental models, virtual worlds, sustainable development, http://mmm.first.fraunhofer.de 1 Introduction Simulations of real world systems are currently de- veloping to become a decisive instrument for IT- supported problem solving in science, economy and society. The main objective of the M3 project is the realization of a distributed, interactive real world simulation system involving a large number of real human actors in a virtual reality environment imple- mented by environmental simulation models (Rose? and Jugel [2001]). A real world system is characterized by an interplay of two domains: a natural environment and a socio- economic system. Simulation is faced with a partic- ular set of problems for each domain. This twofold character of problems has to be reflected by the de- sign of a simulation system. In case of the environmental domain there exists