Abstract
Large-scale simulation technique is studied at the Center for Promotion of Computational Science and Engineering (CCSE) for the computational science research in nuclear fields. Visualization and animation processing technique are studied and developed for efficient understanding of simulation results. The real time monitor system, in which on-going simulation results are transferred from a supercomputer or workstation to a graphic workstation and are visualized and recorded, is described in this report. This system is composed of the graphic workstation and the video equipment connected to the network. The control shell programs are the job-execution shell for simulations on supercomputers, the file-transfer shell for output files for visualization, and the shell for starting visualization tools. Special image processing technique and hardware are not necessary in this system and the standard visualization tool AVS and the UNIX commands are used, so that this system can be implemented and applied in various computer environments. (author)
Kato, Katsumi;
[1]
Watanabe, Tadashi;
Kaburaki, Hideo
- Research Organization for Information Science and Technology, Tokai, Ibaraki (Japan)
Citation Formats
Kato, Katsumi, Watanabe, Tadashi, and Kaburaki, Hideo.
Development of the real time monitor system.
Japan: N. p.,
1996.
Web.
Kato, Katsumi, Watanabe, Tadashi, & Kaburaki, Hideo.
Development of the real time monitor system.
Japan.
Kato, Katsumi, Watanabe, Tadashi, and Kaburaki, Hideo.
1996.
"Development of the real time monitor system."
Japan.
@misc{etde_436259,
title = {Development of the real time monitor system}
author = {Kato, Katsumi, Watanabe, Tadashi, and Kaburaki, Hideo}
abstractNote = {Large-scale simulation technique is studied at the Center for Promotion of Computational Science and Engineering (CCSE) for the computational science research in nuclear fields. Visualization and animation processing technique are studied and developed for efficient understanding of simulation results. The real time monitor system, in which on-going simulation results are transferred from a supercomputer or workstation to a graphic workstation and are visualized and recorded, is described in this report. This system is composed of the graphic workstation and the video equipment connected to the network. The control shell programs are the job-execution shell for simulations on supercomputers, the file-transfer shell for output files for visualization, and the shell for starting visualization tools. Special image processing technique and hardware are not necessary in this system and the standard visualization tool AVS and the UNIX commands are used, so that this system can be implemented and applied in various computer environments. (author)}
place = {Japan}
year = {1996}
month = {Oct}
}
title = {Development of the real time monitor system}
author = {Kato, Katsumi, Watanabe, Tadashi, and Kaburaki, Hideo}
abstractNote = {Large-scale simulation technique is studied at the Center for Promotion of Computational Science and Engineering (CCSE) for the computational science research in nuclear fields. Visualization and animation processing technique are studied and developed for efficient understanding of simulation results. The real time monitor system, in which on-going simulation results are transferred from a supercomputer or workstation to a graphic workstation and are visualized and recorded, is described in this report. This system is composed of the graphic workstation and the video equipment connected to the network. The control shell programs are the job-execution shell for simulations on supercomputers, the file-transfer shell for output files for visualization, and the shell for starting visualization tools. Special image processing technique and hardware are not necessary in this system and the standard visualization tool AVS and the UNIX commands are used, so that this system can be implemented and applied in various computer environments. (author)}
place = {Japan}
year = {1996}
month = {Oct}
}