Title
Author
Year
Volume
:
2024
Vol. 1
no. 1
Vol. 2
2023
Vol. 1
no. 1
no. 2
2022
Vol. 1
no. 1
2021
Vol. 1
no. 1
2019
Vol. 1
no. 1
no. 2
2013
Vol. 1
no. 1
Vol. 2
no. 1
2011
Vol. 1
no. 1
Vol. 2
no. 1
2010
Vol. 1
no. 1
no. 2
Vol. 2
Vol. 0
Vol. 1
A Framework for Intelligent Road Monitoring System using Smart Sensors
Pages
:
1-6
Samy El-Tawab, Stephan Olariu
We introduce a novel system to monitor traffic using deployed nodes placed uniformly on the highway to monitor the road traffic. We take advantage of the Cat eye's on the road by adding sensing capability (metal detectors) with embedded processors, the sensing feature provides an accurate detection of the average number of vehicles and its average speed on the highway using an aggregation function. The main goal of the proposed system is to monitor the traffic flow on the highways and to provide drivers with safety notifications messages. In our system, we calculate the size of clustering and communication timing between nodes. For power consumption, our system implements two concepts: converting solar light to power in conjunction with a sleep/awake mode of operation. We can reach a power life of at least one year before maintenance might be required. Our simulation calculates the cluster size between nodes in different modes of operations. Our model gives an intelligent road system to highways. The main advantages of our system are its low cost, easy of deployment and reduced maintenance.
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