Obtained results verify the feasibility of proposed system and indicate that the system can be used in the missile end-guiding and the topographic matching of aerocrafts in low altitudes.
实验结果验证了该接收系统的合理性，表明该系统可以满足导弹末制导使用或是低空飞行器下视地形匹配。
In CIG software design, the regularCIG algorithm programing, topographic matching, collision testing and moving target processingmodulars in tank 3D scenery database have been accomplished.
软件设计上完成了 常规的CIG 算法编程，坦克在3D场景数据库中的地形匹配、碰撞检测，场景中活动目标设置等问题的建模与编程。
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