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虚拟战场环境三维可视化的关键技术研究 被引量:4

The Research of Key Technology of 3D Visualization in Virtual Battle Environment
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摘要 虚拟战场环境三维可视化中的关键技术主要涉及到地形LOD技术、实体建模、特殊效果生成、声音仿真、实时场景控制5个方面。在虚拟战场系统设计和实现中能否适当地选取以及正确地运用这些关键技术,关系到可视化系统的成败。为方便对这些技术进行选取,重点阐述了这些技术目前主要的实现方法及其在可视化应用中的优缺点。 The terrain LOD technology,object modeling,special effects,voice simulation,real-time control are the five key technologies of 3D visualization in virtual battlefield environment.The application of these techniques in realization of the visualization of Virtual Battle Environment is closely related to the success of a 3-dimensional visu- al system.The current main implementation as well as pros and cons of the technologies in application are presen- ted,so as to facilitate the selection of them.
出处 《四川大学学报(工程科学版)》 EI CAS CSCD 北大核心 2007年第S1期110-114,共5页 Journal of Sichuan University (Engineering Science Edition)
关键词 虚拟战场环境 三维可视化 实体建模 LOD 特殊效果 virtual battle environment 3D visualization object modeling LOD 3D special effects
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  • 1[1] Burnside C D. Mapping from Aerial Photographs [M]. G. Britain: Granada Publishing Limited, 1979. 248-258.
  • 2[2] Church E. Revised geometry of the aerial photograph [R]. Bulletins on Aerial Photogrammetry, No.15, Syracuse University, 1945.
  • 3[3] Hoxie S, et al. Developments in standards for networked virtual reality [J]. IEEE Computer Graphics and Applications, 1998 March-April, 182: 6-9.
  • 4[4] Calvin J, et al. The SIMNET virtual world architecture [A]. Proceedings of the IEEE Virtual Reality Annual International Symposium 1998 [C]. 450-455.
  • 5[5] Carlsson C, Hagsand O. DIVE-A multi-user virtual reality system [A]. Proceedings of the IEEE Virtual Reality Annual International Symposium(VRAIS'93) [C].394-400.
  • 6[6] Singh G, Serra L, Png W&Ng H. A software toolkit for networked virtual worlds [Z]. Presence, (1994). Bricknet:3(1)19-34.
  • 7[1]Gary R George,et al.Air Force C2 Training Solutions in Distributed Mission Training Environments [R].A Report from the Synthetic Battlespace '99Interservces/Industry Training Systems and Education Conference,Proceedings [C].
  • 8[5]Haase H,et al.Meteorology meets computer graphics - a look at a widerange of weather visualisations for diverse audiences [J].Computers & Graphics,2000,24: 391-397.
  • 9[1]E Kruppa. Zur ermittlung eines objectes aus zwei perspectiven mit innerer orientierung[A]. In: Sitzung Berlin, Akademit der Wissenschaften, Wien, Methematik Naturwissenschaft, 1913, 122:1939~1946
  • 10[2]R Szeliski. Shape from rotation[A]. In:IEEE Conference Computer Vision and Pattern Recognition, Maui, Hawaii, 1991. 625~630

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