Carrier-based aircraft operation support scheduling based on apprenticeship learning agorithm

班组编号	保障任务	保障时间/min	班组编号	保障任务	保障时间/min
1	供电	2	13	军械检查	2
2	供电	4	14	军械检查	4
3	通风	2	15	武器挂载	10
4	通风	3	16	武器挂载	13
5	机械外观检查	3	17	特种设备检查	7
6	机械外观检查	5	18	特种设备检查	8
7	充氧	5	19	航电外观检查	3
8	充氧	7	20	航电外观检查	4
9	加油	15	21	解锁	3
10	加油	15	22	解锁	4
11	加油	15	23	检查验收	2
12	加油	15	24	检查验收	3

Table 2. Constraint of gas station location
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Table 2. Constraint of gas station location
加油站编号可加油的机位
9 S₁，S₂，S₃，S₄
10 S₄，S₅，S₆，S₇
11 S₇，S₈，S₉，S₁₀
12 S₁₀，S₁₁，S₁₂

Table 3. Environmental features at t=0

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Table 3. Environmental features at t=0

特征元素符号	特征表示的内容	特征值
$ \gamma _{{\tau _i}}^1 $	保障班组的移动速度	1
$ \gamma _{{\tau _i}}^2 $	出动的舰载机数量与战位数量的比值	0.33
$ \gamma _{{\tau _i}}^3 $	截至目前已完成任务的比例	0

Table 4. Features of Agent 1 chooses to execute task of 1# action station (S₄) at t=0

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Table 4. Features of Agent 1 chooses to execute task of 1# action station (S₄) at t=0

特征元素符号	特征表示的内容	特征值
$ \gamma _{{\tau _i}}^1 $	该战位舰载机起飞顺序	1
$ \gamma _{{\tau _i}}^2 $	该战位紧前任务是否完成	1
$ \gamma _{{\tau _i}}^3 $	在该战位保障流程中是否含有Agent $ {A_i} $执行的任务	1
$ \gamma _{{\tau _i}}^4 $	截至目前该战位已完成保障任务的比例	0
$ \gamma _{{\tau _i}}^5 $	从上一保障战位到该战位的距离	0
$ \gamma _{{\tau _i}}^6 $	Agent移动至该战位仍需要的时间	0

Table 5. Comparison of the solutions of three algorithms to aircraft support scheduling problem

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Table 5. Comparison of the solutions of three algorithms to aircraft support scheduling problem

算法类别	学徒制调度算法	样本数量少且质量低的学徒制调度算法	遗传算法
最长保障完成时间/min	60	66	62
保障班组平均移动时间/min	5.5	7.7	3.5
可同时使用2个加油站的战位数量/个	3	2	2

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Jin WU, Mingqiang DAI, Junjie WANG, Shanshan YU, Minghui YU. Carrier-based aircraft operation support scheduling based on apprenticeship learning agorithm[J]. Chinese Journal of Ship Research, 2022, 17(4): 145

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Paper Information

Category: Ship Design and Performance

Received: Nov. 25, 2020

Accepted: --

Published Online: Mar. 26, 2025

The Author Email:

DOI:10.19693/j.issn.1673-3185.02198

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Task execution schedule of the supporting teams

Table 1. Task execution schedule of the supporting teams

Table 2. Constraint of gas station location

Table 2. Constraint of gas station location

Table 3. Environmental features at t=0

Table 3. Environmental features at t=0

Table 4. Features of Agent 1 chooses to execute task of 1# action station (S4) at t=0

Table 4. Features of Agent 1 chooses to execute task of 1# action station (S4) at t=0

Table 5. Comparison of the solutions of three algorithms to aircraft support scheduling problem

Table 5. Comparison of the solutions of three algorithms to aircraft support scheduling problem

Table 4. Features of Agent 1 chooses to execute task of 1# action station (S₄) at t=0

Table 4. Features of Agent 1 chooses to execute task of 1# action station (S₄) at t=0