The invention discloses an autonomous cooperative traffic complexity management method based on a space-time reachable space. The method comprises the following steps: carrying out track prediction based on related data; generating a rasterized space-time reachable space according to the predicted flight path and the aircraft performance; establishing a multi-target autonomous four-dimensional route planning model according to the space-time reachable space; and calculating the four-dimensional flight path of the aircraft by using a multi-aircraft cluster collaborative optimization algorithm based on a hybrid centralized and distributed strategy through a multi-target autonomous four-dimensional flight path planning model. On the basis of considering the intention and the performance of the aircraft, the rasterized space-time reachable space of the horizontal revision of the aircraft is generated according to the predicted flight path, and the multi-target autonomous four-dimensional flight path planning model considering the flight path complexity and the flight efficiency at the same time is constructed; a multi-aircraft flight path planning problem is solved by adopting a multi-aircraft cluster collaborative optimization algorithm based on a hybrid centralized and distributed strategy, and a solution with higher quality can be provided for a tactical flight path planning process aiming at complexity management within reasonable time.

    本发明公开了一种基于时空可达空间的自主协同交通复杂性管理方法,包括:基于相关数据进行航迹预测;依据预测航迹和航空器性能生成栅格化的时空可达空间;依据时空可达空间建立多目标自主四维航迹规划模型;通过多目标自主四维航迹规划模型,利用基于混合集中式和分布式策略的多机集群协同优化算法计算航空器四维航迹。本发明在考虑航空器意图和性能的基础上,依据预测航迹生成航空器水平改航的栅格化时空可达空间,构建了同时考虑航迹复杂性和飞行效率的多目标自主四维航迹规划模型,采用基于混合集中式和分布式策略的多机集群协同优化算法求解多机航迹规划问题,可在合理的时间内为针对复杂性管理的战术航迹规划过程提供更高质量的解。


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    Title :

    Autonomous cooperative traffic complexity management method based on space-time reachable space


    Additional title:

    一种基于时空可达空间的自主协同交通复杂性管理方法


    Contributors:
    ZHOU YI (author) / HU MINGHUA (author) / YANG LEI (author) / WANG YUCHI (author) / HAN SITE (author)

    Publication date :

    2023-04-07


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    G08G Anlagen zur Steuerung, Regelung oder Überwachung des Verkehrs , TRAFFIC CONTROL SYSTEMS



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