Priority relations and cooperation with multiple activity levels

Lowing, David; Techer, Kevin

doi:10.1016/j.jmateco.2022.102740

Cited by 4 publications

(1 citation statement)

References 28 publications

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“…Finally, the agent solves me and acts on the solution found. Before the actual game, steps related to perception are necessary as in [18,19]. For example, to know if another agent is a potential player for his game, an agent must estimate if he and the other are at the same intersection.…”

Section: Application To Behavioral Traffic Simulation (Implementation...mentioning

confidence: 99%

Agent-Based Management and Coordination of Aircraft at Intersections

2023

J Gene Engg Bio Res

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This work presents a game-theoretic approach to address the problem of coordination and scheduling of aircraft at intersections, with the goal of avoiding conflicts and potential collisions. The proposed algorithm enables simple agents to work together in a way that leads to cooperative behaviors, resulting in equilibria that improve the overall efficiency of the system. The researchers tested and compared the game-theoretic approach with a centralized approach, specifically FirstCome-First-Serve (FCFS), using data from Mohammed 5 Casablanca airport. The initial results suggest that the game-theoretic model is promising, despite its higher complexity. The approach has the potential to improve the overall coordination and scheduling of aircraft, leading to a more efficient and safe system. The proposed game-theoretic approach is designed to improve the coordination and scheduling of aircraft at intersections, ultimately leading to a safer and more efficient system. The approach is shown to be promising in initial testing, offering a potentially superior alternative to centralized approaches like FCFS. This research highlights the potential benefits of game-theoretic models in addressing complex coordination problems in multi-agent systems.

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Section: Application To Behavioral Traffic Simulation (Implementation...mentioning

confidence: 99%

Agent-Based Management and Coordination of Aircraft at Intersections

2023

J Gene Engg Bio Res

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Allocation rules for multi-choice games with a permission tree structure

Lowing

2022

Ann Oper Res

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We consider multi-choice cooperative games with a permission tree structure. Multi-choice games are a generalization of a cooperative transferable utility games in which each player has several activity levels. In addition, a permission tree structure models a situation in which a player needs permission from another player to cooperate. In this framework, the influence of a permission structure on the possibility of cooperation may have several interpretations depending on the context. In this paper, we investigate several of these interpretations and introduce for each of them a new allocation rule that we axiomatically characterize..

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Agent-based management and coordination of aircraft at intersections

Ouassam

DABACHINE

Hmina

et al. 2023

Preprint

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This work presents a game-theoretic approach to address the problem of coordination and scheduling of aircraft at intersections, with the goal of avoiding conflicts and potential collisions. The proposed algorithm enables simple agents to work together in a way that leads to cooperative behaviors, resulting in equilibria that improve the overall efficiency of the system. The researchers tested and compared the game-theoretic approach with a centralized approach, specifically First-Come-First-Serve (FCFS), using data from Mohammed 5 Casablanca airport. The initial results suggest that the game-theoretic model is promising, despite its higher complexity. The approach has the potential to improve the overall coordination and scheduling of aircraft, leading to a more efficient and safe system. The proposed game-theoretic approach is designed to improve the coordination and scheduling of aircraft at intersections, ultimately leading to a safer and more efficient system. The approach is shown to be promising in initial testing, offering a potentially superior alternative to centralized approaches like FCFS. This research highlights the potential benefits of game-theoretic models in addressing complex coordination problems in multi-agent systems.

show abstract

Priority relations and cooperation with multiple activity levels

Cited by 4 publications

References 28 publications

Agent-Based Management and Coordination of Aircraft at Intersections

Agent-Based Management and Coordination of Aircraft at Intersections

Allocation rules for multi-choice games with a permission tree structure

Agent-based management and coordination of aircraft at intersections

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