Intelligent Transportation System Using RFID to Reduce Congestion, Ambulance Priority and Stolen Vehicle Tracking

Khalid Basir Ahmed, Deepak Kumar
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引用次数: 4

Abstract

A recent study by IIM revealed that India losses 90,000 crore a year due to traffic congestion, traffic congestion and unpredictable delays in road travel are the problems that are factored in daily lives, use of technology will help in minimizing the congestion, in most of the cities in India, congestion of roads due to vehicular traffic has become a chronic problem with practically no solution coming from Urban Planners or Municipal Corporations and other Government bodies. A slow-moving traffic adds up to cost of travel due to reduction in productivity, late delivery of goods and material adds up to cost of delay, in case of emergency the slow-moving traffic is fatal. Imagine a critically wounded patient in an ambulance stuck in slow moving traffic; such person can die due to delay in reaching hospital. the Root Cause of traffic congestion in the cities and suggested some solutions. Some solutions are implementable with the help of technology, building new infrastructure and some solutions must be driven by Government (Local/State Level/Central). In this paper we are going to propose an intelligent base traffic control system using Wireless networks and wireless sensors, use of GSM transmit data back and forth from the base station. Use of IOT based systems and RFID (radio frequency identification) technology tags installed on the vehicle and RFID tag reader will be installed on each traffic intersection to identify the flow of vehicle and reroute the traffic based on the data received by the RFID reader, RFID tags installed in ambulance will be tagged a priority in all situation.
基于RFID的智能交通系统减少拥堵、救护车优先和被盗车辆跟踪
IIM最近的一项研究显示,由于交通拥堵,印度每年损失90000亿卢比,交通拥堵和不可预测的道路延误是日常生活中考虑的问题,技术的使用将有助于最大限度地减少拥堵,在印度的大多数城市,由于车辆交通导致的道路拥堵已经成为一个长期问题,城市规划者、市政公司和其他政府机构几乎没有解决方案。由于生产力的降低,交通缓慢增加了旅行成本,货物和材料的延迟交付增加了延误成本,在紧急情况下,交通缓慢是致命的。想象一下,救护车里的一名重伤病人被困在缓慢行驶的车流中;这样的人可能会因延误到达医院而死亡。分析了城市交通拥堵的根本原因,并提出了一些解决方案。一些解决方案可以在技术的帮助下实施,建设新的基础设施,一些解决方案必须由政府(地方/邦/中央)推动。本文将提出一种利用无线网络和无线传感器,利用GSM在基站之间来回传输数据的智能基站交通控制系统。利用基于物联网的系统和安装在车辆上的RFID(射频识别)技术标签和RFID标签读取器将安装在每个交通路口,以识别车辆流量并根据RFID读取器接收的数据重新路由交通,安装在救护车上的RFID标签将在所有情况下被优先标记。
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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