舰载机航空保障资源优化配置的循环网络模型

Cyclic network model of optimal allocation for aircraft aviation security resources

为了对舰载机航空保障过程中所涉及的牵引设备、保障装置、弹药配备和人员配置等资源进行优化控制,研究了舰载机航空保障过程具有循环运行的特点,分析了舰载机调运和保障过程中各种工序及其之间的逻辑关系和进行每道工序所需要的资源等。然后引入循环网络模拟技术,获得了一种舰载机航空保障资源配置的优化控制方法,该方法能提高设备的利用率,而且还能确保航空人员始终保持劳逸结合的工作状态。实验结果表明,提出的基于循环网络的舰载机航空保障资源配置方法是有效的。

To optimize the aviation security resources of carrier-based aircraft which included traction equipments, security devices, equipped ammunition, personnel allocation, etc, the cycle operation characteristic of aviation security process was studied. The types of working procedures of aviation security and their logical relationship, and required resources of each working procedure were analyzed. The cyclic network technology was introduced and an optimization control method of aircraft aviation security resources was obtained. This method improved the utilization rate of equipments and ensured aviation security personnel at the work state of combining exertion and rest. The experimental results show that the optimal allocation method for aircraft aviation security resources based on the cyclic network is effective.