Title :
A new efficient wave model for maritime training simulator
Author :
Cieutat, J.M. ; Gonzato, J.C. ; Guitton, P.
Author_Institution :
LIPSI-ESTIA, Bayonne, France
Abstract :
The market for maritime training simulators is as important as the market for aeronautical training simulators. Many maritime accidents are caused by piloting errors in critical situations. Such situations are usually due to the environment (waves and streams). Hence, the main challenge of a maritime simulator is to simulate this environment as accurately as possible and, more precisely, to simulate ocean waves. Nowadays, two kinds of wave simulation theories are being presented. Firstly, accurate models are being created by physicists, while in computer graphics, researchers are putting forward some simpler physically-based models in order to produce static photorealistic images. This paper describes a new, efficient, real-time model of wave propagation and shows its integration in a real maritime simulator
Keywords :
accidents; computer based training; digital simulation; engineering graphics; marine systems; naval engineering computing; ocean waves; real-time systems; realistic images; wave propagation; computer graphics; critical situations; efficient wave model; environment; maritime accidents; maritime training simulator; ocean waves; physically-based models; piloting errors; real-time model; static photorealistic images; streams; wave propagation; wave simulation theories; Accidents; Aerospace simulation; Computational modeling; Computer graphics; Instruments; Layout; Marine animals; Marine vehicles; Ocean waves; Sonar navigation;
Conference_Titel :
Computer Graphics, Spring Conference on, 2001.
Conference_Location :
Budmerice
Print_ISBN :
0-7695-1215-1
DOI :
10.1109/SCCG.2001.945355