利用遗传算法使巴士运营商在埃皮法尼奥·德洛斯·桑托斯大道上的利润最大化

R. C. D. Intal, E. Dadios, Alexis M. Fillone
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引用次数: 3

摘要

目前,Epifanio Delos Santos Avenue (EDSA)由于劳动力的增加和车辆的增多,交通问题十分严重[1]。人工调度公交效率低下,不同服务点的公交数量不平衡和乘客拥挤证明了这一点,这也影响了公交运营商的利润。本研究的目的是建立一种新的公共汽车调度模式,使运营商的利润最大化,同时使不同公交站点的运行时间和拥堵最小化。提议的公共汽车统一包括以下路线,Malanday到Baclaran, Letre到Baclaran, Navotas到Baclaran,反之亦然,从而创建新的公共汽车路线(纪念碑到麦哲伦)。提出了一种基于遗传算法的公交调度方案,该方案旨在使公交运营商的利润最大化,同时使EDSA公共汽车的拥堵最小化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Maximizing the bus carrier's profit in Epifanio Delos Santos Avenue using genetic algorithm
Presently, traffic is a serious problem in Epifanio Delos Santos Avenue (EDSA) cause by increasing work force and increasing number of vehicles [1]. Manual scheduling of buses became inefficient and this was proven by the unbalance number of bus and overcrowded passengers in different points of service, it also affect the bus carrier's profit. This research aims to model a new way of schedule pattern for public utility buses that will maximize the carrier's profit while minimizing the travelling time and congestion in different bus stops. The proposed unification of buses includes the following route, Malanday to Baclaran, Letre to Baclaran, Navotas to Baclaran, and vice versa resulting to the creation of new bus route (Monumento to Magallanes). The proposed new bus schedule was created based on the genetic algorithm that will maximize the bus carrier's profit at the same time minimizing the congestion of public utility buses (PUBs) in EDSA.
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