Computational steering is a powerful concept that allows scientists to interactively control a computational process during its execution. In this paper, a survey of computational steering environments for the on-line steering of ongoing scientific and engineering simulations is presented. These environments can be used to create steerable applications for model exploration, algorithm experimentation, or performance optimization. For each environment the scope is identified, the architecture is summarized, and the concepts of the user interface are described. The environments are compared and conclusions and future research issues are given
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
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...
textabstractComputational steering is a powerful concept that allows scientists to interactively con...
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 ...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
textabstractThe traditional cycle in simulation is to prepare input, execute a simulation, and to vi...
Computational steering allows scientists to interactively control a numerical experiment and adjust ...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
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...
textabstractComputational steering is a powerful concept that allows scientists to interactively con...
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 ...
The aim of computational steering is to provide researchers more insight in simulations by enabling ...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
textabstractThe traditional cycle in simulation is to prepare input, execute a simulation, and to vi...
Computational steering allows scientists to interactively control a numerical experiment and adjust ...
The traditional cycle in simulation is to prepare input, execute a simulation, and to visualize the ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...
Computational steering is an investigative paradigm whereby the parameters of a running program can ...