A method of determining route safety based on graphical logic AND operation

Yang Huadong, Cao Liang
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Abstract

With the increase of geographic information capacity, the calculation of flight path planning will increase rapidly. In this paper, we propose a method to determine the positional relationship between obstacle and flight path using graphical logic AND algorithms. By drawing the obstacle information map and the aircraft route map under the same reference, the intersection of geographic information and spatial region judgment is transformed into computer graphics logic AND operations, so that the real-time judgment of the safety of flight path is realized, the computation time does not increase significantly with the increase of geographic information, a large number of route planning operations can be completed in a shorter time with a lower computational resource configuration.
一种基于图形逻辑与运算的路线安全判定方法
随着地理信息容量的增加,航迹规划的计算量将迅速增加。本文提出了一种利用图形逻辑与算法确定障碍物与飞行路径位置关系的方法。通过绘制同一参考下的障碍物信息图和飞机航路图,将地理信息与空间区域判断的交集转化为计算机图形学逻辑与运算,从而实现对飞行路径安全的实时判断,计算时间不随地理信息的增加而显著增加;在较短的时间内以较低的计算资源配置完成大量的路由规划操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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