A DISTRIBUTED METHOD FOR TRANSIENT SIMULATIONS THAT DYNAMICALLY CONSIDERS SUPPLEMENTARY RESULTS FROM AUTONOMOUS SOFTWARE AGENTS
Matthias Jüttner
matthias.juttner@ite.uni-stuttgart.deUniversity of Stuttgart, Institute for Theory of Electrical Engineering (Germany)
Sebastian Grabmaier
University of Stuttgart, Institute for Theory of Electrical Engineering (Germany)
Jonas Rohloff
University of Stuttgart, Institute for Theory of Electrical Engineering (Germany)
Desirée Vögeli
University of Stuttgart, Institute of Industrial Automation and Software Engineering (Germany)
Wolfgang M. Rucker
University of Stuttgart, Institute for Theory of Electrical Engineering (Germany)
Peter Göhner
University of Stuttgart, Institute of Industrial Automation and Software Engineering (Germany)
Michael Weyrich
University of Stuttgart, Institute of Industrial Automation and Software Engineering (Germany)
Abstract
Based on autonomous software agents capable of calculating individual numerical field problems, a distributed method for solving transient field problems is presented. The software agents are running on distributed resources connected via a network and represent a dynamic calculation environment. Communication and data exchange between multiple agents enables their collaboration and allows decisions based on distributed overall knowledge. As unique characteristics, no central unit influences the solution process at any time. The presented simulation example and its evaluated calculation process proves the method to benefit from redundant resources.
Keywords:
automatic step size control, distributed computing, software agents, transient simulationReferences
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Authors
Matthias Jüttnermatthias.juttner@ite.uni-stuttgart.de
University of Stuttgart, Institute for Theory of Electrical Engineering Germany
Authors
Sebastian GrabmaierUniversity of Stuttgart, Institute for Theory of Electrical Engineering Germany
Authors
Jonas RohloffUniversity of Stuttgart, Institute for Theory of Electrical Engineering Germany
Authors
Desirée VögeliUniversity of Stuttgart, Institute of Industrial Automation and Software Engineering Germany
Authors
Wolfgang M. RuckerUniversity of Stuttgart, Institute for Theory of Electrical Engineering Germany
Authors
Peter GöhnerUniversity of Stuttgart, Institute of Industrial Automation and Software Engineering Germany
Authors
Michael WeyrichUniversity of Stuttgart, Institute of Industrial Automation and Software Engineering Germany
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