Incorporating slot valuation in making airport slot scheduling decisions

Incorporating slot valuation in making airport slot scheduling decisions
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将时刻评估纳入机场时刻调度决策

DOI:
10.1016/j.ejor.2022.11.008
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发表时间:
2023
影响因子:
6.4
通讯作者:
Katsigiannis F
Katsigiannis F
中科院分区:
管理学2区
文献类型:
--
作者:
Katsigiannis F

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机场时段分配(阿萨)旨在通过将航空公司的请求与机场时段相匹配来管理稀缺的机场资源。阿萨流程由协调员执行,协调员通过考虑旨在为航空公司和旅行公众服务的政策规则来优先考虑航空公司的请求,提高机场容量利用率,连通性和竞争力。尽管阿萨涉及航空公司和协调员,现有的研究模型阿萨没有考虑航空公司的偏好和协调员考虑的规则和优先级之间的相互作用。本文介绍了一个阿萨问题的变体,在该问题中,机场插槽的分配建模考虑航空公司的偏好和协调员的优先级之间的相互关系,表示通过时间依赖的估值函数。通过开发一个混合规划模型(MIP)和一个基于偏好的算法,集成开发的估值函数,我们提出了请求插槽分配帕累托最优本身,因此保证航空公司和协调员没有动机拒绝或改变建议的时间表。计算结果表明,建议的MIP和算法的能力,在支持协调员有关的决定,哪些请求将被取代或拒绝,以实现提高容量利用率。
Airport Slot Allocation (ASA) seeks to manage scarce airport resources by matching airline requests to airport slots. The ASA process is carried out by coordinators, who prioritise airline requests through the consideration of policy rules that aim to serve airlines and the travelling public, improve airport capacity utilisation, connectivity, and competition. Even though the ASA involves both airlines and coordinators, existing studies model the ASA without considering the interactions between airlines’ preferences and the rules and priorities that are considered by the coordinators. This paper introduces an ASA problem variant in which the assignment of airport slots is modelled by considering the interrelation between airlines’ preferences and coordinators’ prioritisation, expressed through time-dependent valuation functions. Through the development of a Mixed Integer Programming Model (MIP) and a preference-based algorithm that integrate the developed valuation functions, we propose request-to-slot assignments that are Pareto optimalper se, ergo guaranteeing that airlines and coordinators have no incentive to reject or alter the proposed schedules. Computational results demonstrate the ability of the proposed MIP and algorithm in supporting coordinators on decisions relating to which requests will be displaced or rejected so as to achieve improved capacity utilisation.
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