Automatic Route Guidance Method based on VANETs

Road traffic pressure and congestion become more serious as the number of vehicles increases in most big cities. Fast automatic route guidance method is needed urgently to improve this traffic problem. In this paper, a ARG-VANET (Automatic Route Guidance method using Vehicular Ad-hoc NETworks) is pr...

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Published in:2019 6th International Conference on Information Science and Control Engineering (ICISCE) pp. 1009 - 1012
Main Authors: nie, Jianglong, He, Zhouqiang, Yuan, Hui, Li, Zhiru, Gao, Lina, Zhang, Enzhan, Yao, Yukai, Zhang, Xia
Format: Conference Proceeding
Language:English
Published: IEEE 01-12-2019
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Abstract Road traffic pressure and congestion become more serious as the number of vehicles increases in most big cities. Fast automatic route guidance method is needed urgently to improve this traffic problem. In this paper, a ARG-VANET (Automatic Route Guidance method using Vehicular Ad-hoc NETworks) is proposed to guide vehicles to run on lighter traffic roads. With this method, the intelligent collaboration between vehicles can make the road traffic flow more fluently and road network more effectively. The simulation results show that by using the ARG-VANET, vehicles can get almost 10% higher average speed, reduce 5% delay and the number of stops than DITS+ACO (Dynamic travel path optimization system using ant colony optimization).
AbstractList Road traffic pressure and congestion become more serious as the number of vehicles increases in most big cities. Fast automatic route guidance method is needed urgently to improve this traffic problem. In this paper, a ARG-VANET (Automatic Route Guidance method using Vehicular Ad-hoc NETworks) is proposed to guide vehicles to run on lighter traffic roads. With this method, the intelligent collaboration between vehicles can make the road traffic flow more fluently and road network more effectively. The simulation results show that by using the ARG-VANET, vehicles can get almost 10% higher average speed, reduce 5% delay and the number of stops than DITS+ACO (Dynamic travel path optimization system using ant colony optimization).
Author Li, Zhiru
Gao, Lina
He, Zhouqiang
nie, Jianglong
Zhang, Xia
Yuan, Hui
Zhang, Enzhan
Yao, Yukai
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  fullname: Zhang, Xia
  organization: Lanzhou University of Technology,Lanzhou,China,730050
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Snippet Road traffic pressure and congestion become more serious as the number of vehicles increases in most big cities. Fast automatic route guidance method is needed...
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SubjectTerms route
traffic congestion
traffic guidance
VANETs
Title Automatic Route Guidance Method based on VANETs
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