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针对舰载机舰面保障过程中设备故障扰动下的重调度问题,综合考虑保障的工序逻辑约束和人员、设备等资源约束,提出了舰载机保障重调度预判机制,建立了舰载机舰面保障重调度模型,并采用变邻域算法对模型进行求解。仿真结果表明,重调度预判机制可以进一步节省重调度保障时间,变邻域算法求解速度可以满足任务需求。该重调度模型和算法能够在任务要求保障完工时间内,高效解决由于保障工序故障而导致的舰载机舰面保障重调度问题。
Aiming at the re-scheduling problem under the disturbance of equipment faults in the process of carrier-based aircraft surface protection, considering the logic constraints of the process and resource constraints of personnel and equipment, the paper puts forward the mechanism of re-scheduling of carrier- Ship-surface re-scheduling model is guaranteed, and the neighborhood algorithm is adopted to solve the model. The simulation results show that the re-scheduling mechanism can further save the reassignment security time, and the variable neighborhood algorithm can meet the needs of the task. The re-scheduling model and algorithm can efficiently solve the re-scheduling problem of carrier-based aircraft surface protection caused by the failure of the protection procedure within the time required to complete the task.