The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the results as a post-processing step. However, more insight and a higher productivity can be achieved if these activities are done simultaneously. This is the underlying idea of Computational Steering: researchers change parameters of their simulation on the y and immediately receive feedback on the e ect. In this paper the Computational Steering Environment, CSE, is described. We discuss the requirements of computational steering environment, its relation with high performance computing and networking, and show an application of its use
textabstractComputational steering is the ultimate goal of interactive simulation. Steering enables ...
Simulation of complex phenomena is usually a long computing process and it has been traditionally pe...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
textabstractThe traditional cycle in simulation is to prepare input, execute a simulation, and to vi...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
textabstractComputational steering is a powerful concept that allows scientists to interactively con...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering allows scientists to interactively control a numerical experiment and adjust ...
textabstractComputational steering is the ultimate goal of interactive simulation. Steering enables ...
Simulation of complex phenomena is usually a long computing process and it has been traditionally pe...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
textabstractThe traditional cycle in simulation is to prepare input, execute a simulation, and to vi...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
textabstractComputational steering is a powerful concept that allows scientists to interactively con...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
Computational steering allows scientists to interactively control a numerical experiment and adjust ...
textabstractComputational steering is the ultimate goal of interactive simulation. Steering enables ...
Simulation of complex phenomena is usually a long computing process and it has been traditionally pe...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...