Mulder, J., van Wijk, J., and van Liere, R. A Survey of Computational Steering Environments. Future Generation Computer Systems, 1999, 15(2), 91-102.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....Similarly, a number of groupware infrastructures that provide collaboration capabilities have evolved. A classification and brief description of existing interactive and collaborative PSEs is presented below. Detailed surveys have been presented by Vetter et. al in [17] and van Liere et. al in [23]. The primary goal of DIOS DISCOVER is to combine the two capabilities to provide a collaborative PSE for application interaction and control. 1. Interactive program construction: Systems in this category, e.g. SCIRun [26] provide support for interactive program composition and construction. ....

J. Mulder, J. van Wijk and R. van Liere. "A Survey for Computational Steering Environments," Future Generation Computer Systems, Vol. 15, nr. 2, 1999.

....affects only the way in which the output data of a simulation is visualized, but it does not interact with the simulation itself. A more advanced form of interaction (sometimes called steering) allows the user to interact with the simulation process. Several systems exist that support steering [17, 21], but they typically provide low level interaction and require users to control the application program s internal variables or parameters [19] While this will be useful for several applications, it leaves the end user with an unnatural form of interaction. The third form of interaction therefore ....

J.D. Mulder, J.J. van Wijk, and R. van Liere. A Survey of Computational Steering Environments. Future Generation Computer Systems, 13(6), 1998.

....application composition, configuration and execution. Similarly, a number of groupware infrastructures that provide collaboration capabilities have evolved separately. Existing interactive and collaborative PSE s are classified and briefly describe below. Details surveys have been presented in [4] [5]. The primary goal of DISCOVER is to combine the two capabilities to provide a collaborative PSE for application interaction and control. 1. Systems for interactive program construction: Systems in this category, e.g. SCIRun [6] provide support for interactive program construction. SCIRun allows ....

J. Mulder, J. van Wijk and R. van Liere. "A Survey for Computational Steering Environments," Future Generation Computer Systems, Vol. 15, nr. 2, 1999.

....also been termed as distributed laboratories [29] While these systems provide either capability, they do not combine them to provide a collaborative PSE for application interaction and control. More detailed descriptions and comparisons of interactive steering systems can be found in [15] and [21]. Since interactive steering and control can be implemented in a variety of ways and also in application specific manners, describing all such systems is not our goal here. This section reviews a few systems that have similar goals and approaches. We will also look at systems that are of special ....

Jurrian Mulder, Jack van Wijk, and Robert van Liere. A Survey of Computational Steering Environments. Future Generation Computer Systems, 15(2):91--102, 1999.

....Many existing applications restrict the interaction to the visualization process (e.g. the direction of view, the zoom factor) A more advanced form of interaction (sometimes called steering) allows the user to interact with the simulation process. Several systems exist that support steering [17, 19], but they typically provide low level interactions and require users to monitor or change the application program s internal variables. Our RoboCup application allows the user to interact with the simulation program in a high level, natural way. We think that this capability is beneficial to many ....

J. Mulder, J. van Wijk, and R. van Liere. A Survey of Computational Steering Environments. Future Generation Computer Systems, 13(6), 1998.

....Many existing applications restrict the interaction to the visualization process (e.g. the direction of view, the zoom factor) A more advanced form of interaction, referred to as computational steering, allows the user to interact with the simulation process. Several systems support steering [16], but they typically provide only low level interactions and require users to monitor or change the application program s internal variables. We do not address the issue of fine grain steering offered by some systems [9] but we focus on the complete execution of a simulation for a given set of ....

J. Mulder, J. van Wijk, and R. van Liere. A Survey of Computational Steering Environments. Future Generation Computer Systems, 13(6), 1998.

....[11, 22] Many existing applications restrict the interaction to the visualization process (e.g. the direction of view, the zoom factor) A more advanced form of interaction (i.e. steering) allows the user to interact with the simulation process. Several systems exist that support steering [15, 17], but they typically provide low level interactions and require users to monitor or change the application program s internal variables. In [21] the authors describe how robots can be steered from a Virtual Reality environment. Our RoboCup application allows the user to interact with the ....

J. Mulder, J. van Wijk, and R. van Liere. A Survey of Computational Steering Environments. Future Generation Computer Systems, 13(6), 1998.

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Mulder, J., van Wijk, J., and van Liere, R. A Survey of Computational Steering Environments. Future Generation Computer Systems, 1999, 15(2), 91-102.

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