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电磁环境适应性测量系统的虚拟环境设计与实现
引用本文:梁慧,宋祖勋,王书营.电磁环境适应性测量系统的虚拟环境设计与实现[J].计算机测量与控制,2008,16(12):1773-1774,1788.
作者姓名:梁慧  宋祖勋  王书营
作者单位:1. 西北工业大学电子信息学院,陕西,西安,710072
2. 华北计算机技术研究所,北京,100083
基金项目:基础预研项目  
摘    要:电磁环境适应性测量系统是通过对预期电磁环境场景的"再现",以及电磁作用过程的分析与模拟,性能变化的检查与测量,以达到对目标环境适应能力的综合评价。针对飞行器电磁环境适应性测量系统所涉及的虚拟环境和测量数据的三维显示要求,本文给出了一种在VC++环境下,利用OpenGL与3DSMAX构建复杂模型的方法,完成了复杂虚拟环境的构建与控制,并通过Visual C++与MATLAB的混合编程,借助MATLAB的自带编译器,较为方便地实现了分析数据的三维显示。

关 键 词:Visual  C++  3DSMAX  MATLAB  混合编程

Design and Implementatim of Virtual Environment for EME Adaptability Measurement System
Liang Hui,Song Zuxun,Wang Shuying.Design and Implementatim of Virtual Environment for EME Adaptability Measurement System[J].Computer Measurement & Control,2008,16(12):1773-1774,1788.
Authors:Liang Hui  Song Zuxun  Wang Shuying
Affiliation:1.School of Electronics and Information,Northwestern Polytechnic University,Xi’an 710072,China;2.North Computer Technical Institute of China,Beijing 100083,China)
Abstract:The system of EME adaptability measurement is realized through reappearance of the scene of EME,analysis and simulation of process of Electromagnetic effect,examination and measurement of variable capability,which can carry out a general valuation for EME a- daptability of the object.According to the requirements of three-dimensional display of scenes and data for the validation platform,this pa- per accomplished building and controlling the complicated virtual environment by OpenGL and 3DSMAX under the Visual C environ- ment.It facilitated three-dimensional display of analysis data through hybrid programming between Visual C and MATLAB.
Keywords:Visual C    3DSMAX  MATLAB
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