DocumentCode
2276846
Title
Underwater vehicle synthetic environment demonstration: an overview
Author
Morrison, John
Author_Institution
Winfrith Technol. Centre, Defence Eval. & Res. Agency, Dorchester, UK
Volume
3
fYear
1998
fDate
28 Sep-1 Oct 1998
Firstpage
1387
Abstract
The use of synthetic environments (SE) and network technologies such as the World Wide Web (WWW) enable information from distributed simulations to be integrated, visualised, manipulated and interacted with in near real time in a virtual world. This capability enables underwater system designs and concepts to be comprehensively prototyped, tested, verified and validated in a virtual world before manufacture. These benefits have the potential to reduce overall risks and costs. DERA have been involved in work demonstrating the use of SE in the mine warfare area. An initial demonstration involved the combination of information from UUV 6 degree-of-freedom, seabed terrain, side scan sonar, video and command and control system simulations. This data was combined using the distributed interactive simulation (DIS) protocol to link entity level simulations. A stealth viewer was used to visualise interaction of 3D entity models. The paper discusses the work conducted for this demonstration highlighting the method of implementation, results and likely future work
Keywords
CAD; information resources; open systems; testing; underwater vehicles; UUV; World Wide Web; command and control system; distributed interactive simulation protocol; distributed simulations; entity level simulations; mine warfare; network technologies; seabed terrain; side scan sonar; stealth viewer; underwater vehicle synthetic environment; virtual world; Command and control systems; Costs; Manufacturing; Sonar; System testing; Underwater vehicles; Virtual prototyping; Visualization; Web sites; World Wide Web;
fLanguage
English
Publisher
ieee
Conference_Titel
OCEANS '98 Conference Proceedings
Conference_Location
Nice
Print_ISBN
0-7803-5045-6
Type
conf
DOI
10.1109/OCEANS.1998.726296
Filename
726296
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