Title :
Re-identification by Inductive Loop Detector: Experimentation on target origin — Destination matrix
Author :
Guilbert, David ; Le Bastard, C. ; Sio-Song Ieng ; Wang, Yannan
Author_Institution :
CETE Ouest, DLRC Angers, Les Ponts deCe, France
Abstract :
Traffic congestion has led to research on how to use the existing infrastructure more efficiently. The experimental platform SAROT was constructed to allow traffic analysis but also to test new algorithms for traffic modeling and management. Origin-Destination (OD) Matrix is one of the most important traffic information for Intelligent Traffic System. By using the experimental platform SAROT, we want to test algorithms for OD Matrix. To obtain OD matrix, we need to get useful and accurate data by tracking vehicles. Two approaches for tracking vehicles by using Inductive Loop Detector (ILD) are used. Both approaches are computed on real traffic data set and compared. We use threshold decision to improve the correct matching rate for tracking vehicles. We propose a new methodology by associating two algorithms for increasing the correct matching rate. The new methodology was used to perform target OD matrix.
Keywords :
automated highways; road traffic; traffic information systems; ILD; OD matrix; SAROT; Site Angevin de Reference pour l´Observation du Trafic; angers platform of reference for traffic observation; inductive loop detector; intelligent traffic system; matching rate; origin-destination matrix; re-identification; threshold decision; traffic congestion; traffic information; vehicle tracking; Bayes methods; Databases; Detectors; Target tracking; Vectors; Vehicles;
Conference_Titel :
Intelligent Vehicles Symposium (IV), 2013 IEEE
Conference_Location :
Gold Coast, QLD
Print_ISBN :
978-1-4673-2754-1
DOI :
10.1109/IVS.2013.6629666