舰载机保障作业调度决策研究

Research on Carrier-based Aircraft Deck Operation Scheduling

舰载机起飞前执行的保障作业是保证舰载机顺利起飞的关键,对舰载机和各项保障资源进行合理调度,可以有效提高保障系统的效率和保障资源的利用率。以尼米兹级航母作为研究背景,通过对舰载机保障作业调度问题的研究,在合理的假设和适当简化下,建立了保障作业调度系统的数学模型,并且采用遗传算法对该模型进行求解。通过设计实例计算,验证了算法对舰载机保障作业调度模型的适用性,能够得到合理可行的调度方案,同时满足保障站位的资源约束和舰载机保障流程的次序约束。建立了舰载机保障作业调度系统的数学模型,为后续的深入研究工作奠定了基础,同时验证了遗传算法能够有效地对舰载机保障作业调度问题进行求解。

The deck operation is the key to ensure that carrier-based aircraft can take off smoothly,a reasonable schedule of the aircrafts and support resources on can effectively improve the efficiency of the support system and the utilization of support resources.Research on the deck operation of the Nimitz-class carriers,a mathematical model of support system is established under reasonable assumptions and appropriate simplifications,and the genetic algorithm is used to solve this model.Through the example calculation,the applicability of the algorithm to the deck operation scheduling model is verified,and a reasonable schedule that satisfies the resource constraints of the support station and the order constraint of the support process can be obtained.The proposed mathematical model of the support system prepared the ground for further research on deck operation,and it proves that the genetic algorithm can effectively solve the problem of deck operation.