CAJ | 학술논문

新一代空中交通管理系统的核心任务是对飞行器的四维航迹进行管理，而实现四维航迹有效显示的重要途径之一为三维透视投影技术。针对空管自动化系统的实际需求，求得三维空间透视投影的旋转矩阵及投影矩阵，给出一种新的投影算法，并结合三维地图软件对实际飞行器的标牌显示进行实验。实验结果表明所提出的方法可以实现三维空间到二维投影面的变换，是一种有效且可行的三维空间透视投影算法。
신일대공중교통관리계통적핵심임무시대비행기적사유항적진행관리，이실현사유항적유효현시적중요도경지일위삼유투시투영기술。침대공관자동화계통적실제수구，구득삼유공간투시투영적선전구진급투영구진，급출일충신적투영산법，병결합삼유지도연건대실제비행기적표패현시진행실험。실험결과표명소제출적방법가이실현삼유공간도이유투영면적변환，시일충유효차가행적삼유공간투시투영산법。
The core task of the next generation air traffic management system is to manage 4D flight trajectory of air vehicle, one of the important ways to display 4D trajectory effectively is 3D perspective projection. According to the requirements of air traffic control automation system, the rotation matrix and projection matrix of 3D space perspective projection are gotten for the new projection algorithm, and the experiment for displaying the labels of real air vehicle has been done with 3D map software. The experimental results show that the proposed algorithm is an effective 3D space perspective projection which can effectively achieve the transformation from 3D space to 2D projection plane.