Querying and Extracting Timeline Information from Road Traffic Sensor Data
AbstractThe escalation of traffic congestion in urban cities has urged many countries to use intelligent transportation system (ITS) centers to collect historical traffic sensor data from multiple heterogeneous sources. By analyzing historical traffic data, we can obtain valuable insights into traffic behavior. Many existing applications have been proposed with limited analysis results because of the inability to cope with several types of analytical queries. In this paper, we propose the QET (querying and extracting timeline information) system—a novel analytical query processing method based on a timeline model for road traffic sensor data. To address query performance, we build a TQ-index (timeline query-index) that exploits spatio-temporal features of timeline modeling. We also propose an intuitive timeline visualization method to display congestion events obtained from specified query parameters. In addition, we demonstrate the benefit of our system through a performance evaluation using a Busan ITS dataset and a Seattle freeway dataset. View Full-Text
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Imawan, A.; Indikawati, F.I.; Kwon, J.; Rao, P. Querying and Extracting Timeline Information from Road Traffic Sensor Data. Sensors 2016, 16, 1340.
Imawan A, Indikawati FI, Kwon J, Rao P. Querying and Extracting Timeline Information from Road Traffic Sensor Data. Sensors. 2016; 16(9):1340.Chicago/Turabian Style
Imawan, Ardi; Indikawati, Fitri I.; Kwon, Joonho; Rao, Praveen. 2016. "Querying and Extracting Timeline Information from Road Traffic Sensor Data." Sensors 16, no. 9: 1340.
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