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在美国航母航渡过程中,舰载机飞行作业优化的主要目的是决定舰载机的弹射和回收顺序,一方面使防御态势最优,同时确保航母能在指定的时间内抵达目的地,舰载机飞行作业优化还需要考虑其他限制条件,包括环境条件和军事判断等。在进行飞行作业优化时,关键概念之一是飞行作业周期,舰载机从离开航母到完成一项任务后返回母舰附近,为一个周期。在这个周期的末期,舰载机可以选择着舰,也可以选择在空中加油,当舰载机再次离开航母的时候,就已进入了下一个周期。在航母航渡过程中,舰载机飞行作业逐波次
In the process of aircraft carrier navigation in the United States, the main purpose of aircraft carrier flight optimization is to determine the order of ejection and recovery of carrier-based aircraft. On the one hand, the defensive posture is optimal while ensuring that the aircraft carrier can reach its destination within a specified time. Aircraft carrier flight optimization also need to consider other constraints, including environmental conditions and military judgments. One of the key concepts in the optimization of flight operations is the flight operation cycle. The carrier-based aircraft returns to the vicinity of the mothership after leaving a carrier to complete a mission for one cycle. At the end of this cycle, the carrier aircraft can choose to ship, you can also choose to refuel in the air, when the carrier aircraft once again leave the aircraft carrier, it has entered the next cycle. In the aircraft carrier voyage, the carrier-based aircraft flight operations by wave