Traffic Information Service Model Considering Personal Driving Trajectories

Homin Han and Soyoung Park
Volume: 13, No: 4, Page: 951 ~ 969, Year: 2017
10.3745/JIPS.03.0078
Keywords: GPS-to-Road Mapping Strategy, Personal Trajectory, Traffic Information System, Trajectory Estimation
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Abstract
In this paper, we newly propose a traffic information service model that collects traffic information sensed by an individual vehicle in real time by using a smart device, and which enables drivers to share traffic information on all roads in real time using an application installed on a smart device. In particular, when the driver requests traffic information for a specific area, the proposed driver-personalized service model provides him/her with traffic information on the driving directions in advance by predicting the driving directions of the vehicle based on the learning of the driving records of each driver. To do this, we propose a traffic information management model to process and manage in real time a large amount of online-generated traffic information and traffic information requests generated by each vehicle. We also propose a road node- based indexing technique to efficiently store and manage location-based traffic information provided by each vehicle. Finally, we propose a driving learning and prediction model based on the hidden Markov model to predict the driving directions of each driver based on the driver's driving records. We analyze the traffic information processing performance of the proposed model and the accuracy of the driving prediction model using traffic information collected from actual driving vehicles for the entire area of Seoul, as well as driving records and experimental data.

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Cite this article
IEEE Style
Homin Han and Soyoung Park, "Traffic Information Service Model Considering Personal Driving Trajectories," Journal of Information Processing Systems, vol. 13, no. 4, pp. 951~969, 2017. DOI: 10.3745/JIPS.03.0078.

ACM Style
Homin Han and Soyoung Park, "Traffic Information Service Model Considering Personal Driving Trajectories," Journal of Information Processing Systems, 13, 4, (2017), 951~969. DOI: 10.3745/JIPS.03.0078.