WiBus:一种基于Wi-Fi的公共交通监控系统,具有动态路线跟踪功能

V. B. C. D. Silva, Tatiana Sciammarella, M. Campista, L. Costa
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引用次数: 2

摘要

当今大都市面临的一大挑战是不断的交通堵塞,这是私人车辆过度使用的结果。如果可以预测到每个公交车站下一辆车的到达时间,更多的人会选择公共交通工具,例如公交车。在这个方向上,我们提出了WiBus,这是一个基于机会IEEE 802.11接触信息估计总线ToA的系统。与以前的系统不同,WiBus明确地考虑了总线路线的变化,通过动态路线创建和维护的算法来调整路线。通过对一个真实场景的仿真,对系统进行了实现和分析。实验结果表明,WiBus的累积误差不超过几分钟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WiBus: A Wi-Fi based monitoring system for public transportation with dynamic route tracking
A great challenge of today's metropolises is the constant traffic jams, which are a consequence of excessive use of private vehicles. More people would adopt public transportation, e.g. buses, if the time of arrival (ToA) for the next vehicle to each bus stop could be predicted. In this direction, we propose WiBus, which is a system to estimate the buses ToA, based on information from opportunistic IEEE 802.11 contacts. Unlike previous systems, WiBus explicitly takes into account bus route changes, adjusting the routes with an algorithm for dynamic route creation and maintenance. The system is implemented and analyzed via emulation of a real scenario. Experimental results show that WiBus has accumulated error of at most a few minutes.
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