Integrating Web, Desktop, Enterprise and Military Simulation Technologies To Enable World-Wide- Scalable Televirtual (TVR) Environments
Published in Information & Security-An International Journal, Volume 3-1999 : Modeling and Simulation, pp. 149-160. Hard copy: ISSN 1311-1493, 1999
Recommended citation: G.C. Fox; W. Furmanski; B. Natarajan; H.T. Ozdemir; Z. Odcikin Ozdemir; S. Pallickara; T. Pulikal. (1999). "Integrating Web, Desktop, Enterprise and Military Simulation Technologies To Enable World-Wide- Scalable Televirtual (TVR) Environments", in Information & Security-An International Journal, Volume 3-1999 : Modeling and Simulation, pp. 149-160. Hard copy: ISSN 1311-1493. http://infosec.procon.bg/contents/vol_3.htm
Abstract
This paper presents an approach to the next generation of televirtual (TVR) environments that integrate collaboration with distributed computing and modern modeling and simulation technologies. It follows a three-tier architecture with Web Object (Java/CORBA) based middleware, VRML/Java3D/DirectX based front-ends, and JDBC/PSS/OLEDB based back-ends. It also tests the design and integration concepts that it mentions by prototyping a multi-user authoring and runtime environment, in order to support WebHLA-based, distributed military simulations. The paper lists a taxonomy of collaboratory frameworks and presents an integration paradigm, based on the WebFlow system at the Northeast Parallel Architectures Center (NPAC).
See
Recommended citation: G.C. Fox, W. Furmanski, B. Natarajan, H.T. Ozdemir, Z. Odcikin Ozdemir, S. Pallickara, T. Pulikal. (1999). “Integrating Web, Desktop, Enterprise and Military Simulation Technologies To Enable World-Wide- Scalable Televirtual (TVR) Environments”, in Information & Security-An International Journal, Volume 3-1999 : Modeling and Simulation, pp. 149-160. Hard copy: ISSN 1311-1493.