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The Optimization Method of the Sector Partition Based on Metamorphic Voronoi Polygon

机译:基于变质Voronoi多边形的扇形分区优化方法

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Voronoi diagram is founded by using computational geometry based on original distribution of the waypoints, and then the elements from Voronoi diagram are metamorphosed by using the rule for airsppce partition, and the controller's workload is accounted in each element that is made up of Metamorphic Voronoi polygon. Then in accordance with the rule about balance of controller's workload, Simulated Annealing algorithm (SA) is used to achieve the optimization of combination of those elements , and the new resolution has satisfied the restriction of two rules for airspace partition. Therefore, the boundaries of the aggregates of these elements are the optimal borderlines of sectors. The result of actual airspace design example validates the rationality of the sector optimization method presented in this paper.
机译:通过基于航路点原始分布的计算几何来创建Voronoi图,然后使用airsppce分区规则对Voronoi图中的元素进行变形,并在由变形Voronoi多边形组成的每个元素中计算控制器的工作量。然后根据控制器工作量平衡的规则,采用模拟退火算法(SA)对这些元素的组合进行优化,新的分辨率满足了空域划分两个规则的限制。因此,这些元素的集合的边界是扇区的最佳边界线。实际空域设计实例的结果验证了本文提出的扇区优化方法的合理性。

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