Authors
Sakib Mahmud Khan, Kakan C Dey, Mashrur Chowdhury
Publication date
2017/3/14
Journal
IEEE Transactions on Intelligent Transportation Systems
Volume
18
Issue
7
Pages
1687-1699
Publisher
IEEE
Description
A novel framework is developed in this paper, to increase the real-time roadway traffic condition assessment accuracy, which integrates connected vehicle technology (CVT) with artificial intelligence (AI) paradigm forming a CVT-AI method. Traffic density is a major indicator of traffic conditions. In this paper, the traffic operational condition is assessed based on traffic density. A simulated network of Interstate 26 in South Carolina is developed to investigate the effectiveness of the method. The assumption is that the vehicle onboard units will forward the CV generated data to the edge devices (e.g., roadside units) for further processing. CV generated distance headway and number of stops, and speed data are used to estimate traffic density. This paper reveals that, with 20% and greater CV penetration levels, the accuracy of the density information with the AI-aided CVT is a minimum of 85%. Moreover, this paper …
Total citations
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Scholar articles
SM Khan, KC Dey, M Chowdhury - IEEE Transactions on Intelligent Transportation …, 2017