Efficient dynamic traffic control system using wireless sensor networks

R. Bharadwaj, J. Deepak, M. Baranitharan, V. Vaidehi
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引用次数: 16

Abstract

This paper proposes an improved traffic control system by having dynamic time limits at the traffic signal intersections. The proposed system uses sensors to find the traffic conditions to dynamically control the traffic. Prevailing static traffic control system may block emergency vehicles such as ambulance due to traffic congestion. The proposed Efficient Dynamic Traffic Control System (EDTCS) has Traffic Control Unit (TCU), Monitor Unit (MU) and Road Side Unit (RSU). RSU contains RFID reader which reads the unique RFID code for an emergency vehicle and send it to MU. MU uses sensors such as proximity switch and RFID tags to get the count of normal and emergency vehicles respectively and sensed information is sent to TCU. TCU receives the count of normal and emergency vehicles and changes the signal dynamically by comparing the count obtained from different lanes. The proposed EDTCS saves travel time and gives a special priority to emergency vehicles like ambulance.
基于无线传感器网络的高效动态交通控制系统
本文提出了一种改进的交通控制系统,在交通信号交叉口设置动态时间限制。该系统利用传感器发现交通状况,实现交通动态控制。现有的静态交通控制系统可能会因交通拥挤而阻塞救护车等应急车辆。拟议的高效动态交通控制系统(EDTCS)设有交通控制单元(TCU)、监察单元(MU)和路旁单元(RSU)。RSU包含RFID读取器,读取紧急车辆的唯一RFID代码并将其发送到MU。MU使用接近开关和RFID标签等传感器分别获取正常车辆和紧急车辆的数量,并将感知到的信息发送给TCU。TCU接收正常车辆和应急车辆的计数,并通过比较不同车道的计数动态改变信号。拟议的EDTCS节省了出行时间,并给予救护车等紧急车辆特别优先权。
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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