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引用次数: 19
摘要
设计交通灯是为了保证城市交通的畅通。目前的交通系统运行与过去几年一样。随着道路上车辆数量的不断增加,该系统无法解决交通拥堵问题,特别是在十字路口。由于交通拥堵,高优先级车辆(HPV)也会被困在交通中,导致服务延迟。像救护车、消防队等一样,HPV必须为各种伤亡人员服务。HPV准时到达是非常重要的。有必要建立一个系统,旨在为HPV提供尽可能快的途径。建议的工作提供了基于优先级的方法。它旨在建立一个HPV用户交互系统,其中HPV驱动程序可以向系统发送请求,系统可以智能地响应。计算十字路口的路段优先级(RS),优先级最高的路段绿灯。该算法在SUMO (Simulation of Urban Mobility)上进行了测试,在各种交通强度(低、中、高)下节省了50%以上的时间,取得了良好的效果。
A smart traffic solution for High Priority Vehicles
Traffic lights are designed to ensure smooth traffic in the cities. The current traffic system is running same over the past few years. As number of vehicles on the roads is increasing constantly, this system is failing to serve traffic congestion problems especially on the intersections. Due to traffic congestion High Priority Vehicles (HPV) also get stuck in traffic which results delay in their services. HPV like ambulances, fire brigade etc. have to serve various causalities. It is very important for HPV to reach on time. There is a need of system that aims to provide path to HPV to reach as quickly as possible. The proposed work provides priority based approach. It aims at building a user interactive system for HPV in which an HPV driver can send request to the system to which the system responds smartly. Priority of Road Segments (RS) at an intersection is calculated and traffic light turns green for the RS with highest priority. The algorithm is tested on SUMO (Simulation of Urban Mobility) and it has shown positive results by saving more than 50% time in various traffic intensities (low, moderate, high).