摘要
为研究战场中典型电磁环境及其对低空巡航导弹的影响,将虚拟现实技术和三维场数据可视化方法结合在一起,通过在战场场景中重构三维等值曲面,把战场中典型电磁场计算模型得到的大量点数据转变成形象直观的,实时交互的三维图像信息,全面表现了战场的地理环境、电磁场的分布等情况,为战场决策和控制提供了依据和帮助。
In order to study the electromagnetic wave in the battlefield and its influence to missiles, Virtual Reality and Visualization in Scientific Computing technologies are applied in this paper. The large mass electromagnetic data are visualized into real time 3D scenes, which displays iso - surfaces reconstruction in visual battlefield scenes and gives much help to the decision and control in battles.
出处
《计算机与数字工程》
2005年第10期53-55,73,共4页
Computer & Digital Engineering
关键词
科学计算可视化
虚拟现实
曲面重构
visualization in scientific computing, virtual reality, surfaces reconstruction
