摘要
针对各大型机场容量不足导致地面滑行延误日益严重的难题,结合空中交通管制与机场地面滑行基本规则,提出了一种新的调度策略,将停机位或跑道入口无限时等待时间分散到滑行过程中的各个结点,并建立了求解该问题的混合整数规划模型.此外,将最短路与理想路径进行区分,采用Floyd算法为每架飞机提供多条无障碍的理想路径.通过某大型机场的实际数据进行验证分析,结果表明新的调度策略可以使得总调度时间减少,缓解机场的地面忙碌状态.
In order to resolve the increasingly serious taxiing delays problems caused by inadequate capacity at major airports, a new scheduling strategy is proposed according to air traffic control and airport ground taxiing basic rules, in which the waiting time on runway or in the stands is distributed to each node in the process of taxiing. A mixed integer programming model is established to solve this problem, and the ideal path and the shortest path is distinguished using Floyd algorithm to find out several ideal paths for each aircraft. The model is proven through actual data analysis from a large airport, and the results show that the new scheduling strategy can reduce the total scheduling time and relieve the busy state in large airport.
出处
《大连交通大学学报》
CAS
2011年第6期41-45,共5页
Journal of Dalian Jiaotong University
基金
国家自然科学基金资助项目(60979021/F01)
