Vehicle Speed Reduction Based on Authorized Speed Limits

Author:

Athab Ali Fadhal,Daghal Asaad. S,Abas Saif Ali

Abstract

Abstract Keeping vehicle speed under control according to the speed limit is considered the main key to the traffic departments in the world to reduce vehicle accidents. This paper presents a prototype of a novel idea to control vehicle speed automatically according to the types of roads that the vehicle passes through without human intervention. The Micro-controller unit is interfaced with the RF receiver at the prototype, also with the RF’s transmitters deployed along the hypothetical pathway. The results show a valuable response for controlling a vehicle’s speed according to the speed limit of different types of roads.

Publisher

IOP Publishing

Subject

General Medicine

Reference10 articles.

1. An iot architecture for assessing road safety in smart cities;Taha;Wireless Communications and Mobile Computing,2018

2. Vehicle speed limit alerting and crash detection system at various zones;Singh;International Journal of Latest Trends in Engineering and Technology, (Jan. 2013),2013

3. Drivers’ smart assistance system based on radio frequency identification: Enhanced safety and reduced emissions in work zones;Qiao;Transportation Research Record,2014

4. An innovative device for monitoring and controlling vehicular movement in a smart city;Kumarmanas,2016

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