The aim of computational steering is to provide researchers more insight in simulations by enabling them to change parameters on the fly and to observe the result immediately. In practice, however, the development of computational steering applications requires considerable expertise in a wide variety of disciplines. In this paper we present a computational steering environment that simplifies this task. Changes to the code are limited to adding a few procedure calls, graphical user interfaces can be defined and connected easily. The effectiveness of this approach is shown by a range of different applications
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 ...
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 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 ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
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 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...
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 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 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 ...
Computational steering is a powerful concept that allows scientists to interactively control a compu...
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 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...