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Discrete event life science modelling and simulation
Keywords: Systems Biology, Discrete-Event Modeling and Simulation, Multi-Level Modeling and Simulation
Personalisierte Studienplanung (Personalized planning of courses)
Parallele verteilte Simulation
Parallele verteilte Simulation deliberativer Agenten
Efficient and Flexible Parallel and Distributed Discrete Event Simulators for Cell-Biological Systems
The goal of the collaborative project of the University of Rostock and the Georgia Institute of Technology is to develop efficient and flexible discrete event simulation methods for cell-biological systems. The focus of the project will be on parallel optimistic approaches and the utilization of grid technology for execution. The project will built on existing and ongoing work on designing component-based, flexible simulators, multi-level, modeling and simulation in Systems Biology and on efficient, parallel, distributed simulation of large scale systems, and grid technology.
Synthesis of Assistance Services in Adhoc Multi-Media Environments
Java-based Agent Modeling Environment for Simulation
JAMES has been the first implementation of a simulation framwork for the DynDEVS formalism.
Structure and space in modeling regenerative systems
Keywords: Discrete / hybrid modeling, Systems biology, Regenerative Systems, Visualization