Reinforcement Learning-based Unpredictable Emergency Events

Omar Elfahim, El Mehdi Ben Laoula, M. Youssfi, O. Barakat, M. Mestari
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引用次数: 0

Abstract

The vehicle routing problems is one of the wildly known transportation problems. It used to minimize the total traveling time of vehicles by choosing the shortest path. Defining the routing of the vehicles in the real world is a complex task to perform because of the different constraints to handle. The aim of this paper is to develop a dynamic simulation environment using Java for testing Q-learning approach with consideration of overall and dynamic performance. We propose Q-learning based approach in order to improve the transportation facilities for emergency response activity. With the aim of minimizing the time from emergency call being waited for a relief or a service to the dispatch point. The results showed that optimisation scheme, developed by the RL agents based on Q-learning approach using simulated environment, has the potential to offer an accurate scheme to find the optimum route.
基于强化学习的不可预测紧急事件
车辆路径问题是众所周知的交通问题之一。它通过选择最短路径来最小化车辆的总行驶时间。由于需要处理不同的约束,在现实世界中定义车辆的路线是一项复杂的任务。本文的目的是开发一个动态仿真环境,使用Java来测试q学习方法,同时考虑整体和动态性能。本文提出基于q学习的方法,以改善交通设施的应急响应活动。目的是尽量缩短从紧急呼叫等待救援或服务到调度点的时间。结果表明,RL智能体基于q -学习方法在模拟环境下开发的优化方案有可能提供一个精确的方案来找到最优路线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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