基于STK的信息作战态势三维可视化表现方法研究

为增强信息作战态势表现的精确性与透明性,提出了基于STK的信息作战态势三维可视化表现方法及其原型系统实现的技术方法。在介绍STK软件的相关概念基础上,针对信息作战态势三维可视化表现系统构建需求,提出了系统基本组成结构,并从STK三维场景文件高效率生成、与信息作战态势二维可视化表现系统的同步、大规模三维场景实时渲染效率等方面对系统涉及的关键技术进行了探讨,最后以某信息作战武器装备体系对抗仿真应用中信息作战三维态势可视化表现系统为例对该方法进行了验证,表明该方法的可行性。

Abstract：

For improving the precision and clarity of exhibition of information operation situation, the method of 3-D visualization based on STK was given. Based on the introduction of characteristic and function of STK, aiming at the requirement to build the system of 3-D visualization in exhibition of information operation situation, the architecture of 3-D exhibition system was put forward. In order to design and realize the 3-D exhibition system, key techniques were analyzed, including how to load a STK scenario efficiently, how to synchronize the 3-D exhibition system of information operation situation with the 2-D exhibition system of information operation situation, and how to render the large scale scenario in real time. Finally, the solution was applied to an exhibition system of information operation situation of weapon system-of-systems combat simulation to illustrate that the method could be used.

Research on 3-D Visualization in Exhibition of Information Operation Situation Based on STK

For improving the precision and clarity of exhibition of information operation situation, the method of 3-D visualization based on STK was given. Based on the introduction of characteristic and function of STK, aiming at the requirement to build the system of 3-D visualization in exhibition of information operation situation, the architecture of 3-D exhibition system was put forward. In order to design and realize the 3-D exhibition system, key techniques were analyzed, including how to load a STK scenario efficiently, how to synchronize the 3-D exhibition system of information operation situation with the 2-D exhibition system of information operation situation, and how to render the large scale scenario in real time. Finally, the solution was applied to an exhibition system of information operation situation of weapon system-of-systems combat simulation to illustrate that the method could be used.