This study presents a solution to enhance the cities’ traffic control by classifying particular vehicles’ behaviors. A Support Vector Machine (SVM) approach is presented, enabling the system to classify cars that are looking to park and those that are simply transiting through a city. Through this paper, we also propose a new way of managing the high density of traffic data using a grid. The results show that the system is able to distinguish the two different behaviors with an accuracy averaging 80%
Numerous experiments were carried out using a car driving into a multi-storey carpark attached to a ...
Global navigation satellite systems have tremendous impact and potential in the development of intel...
Vehicle classification (VC) is an underlying approach in an intelligent transportation system and is...
AbstractUnderstanding travel behaviour and travel demand is of constant importance to transportation...
The proliferation of mobile smart devices has led to a rapid increase of location-based services, ma...
This research focuses primary on recognition of lane-change behaviors using support vector machines ...
2013PDFTech Report49111-11-22Automatic vehicle classificationSensorsGlobal Positioning SystemArteria...
Travel mode identification is one of the essential steps in travel information detection with Global...
This paper presents a state-of-the-art, vision-based vehicle detection and type classification to pe...
Since the middle ages, the need to identify the vehicles position in their local environment has alw...
The capability to estimate driver's intention leads to the development of advanced driver assistance...
This study describes a system for the automatic recording of positioning data for public transport ...
GPS trajectories generated by moving objects provide researchers with an excellent resource for reve...
Vehicle-driving in real traffic can be considered as a human-machine system involving not only the a...
CCTV-based behavior recognition systems have gained considerable attention in recent years in the tr...
Numerous experiments were carried out using a car driving into a multi-storey carpark attached to a ...
Global navigation satellite systems have tremendous impact and potential in the development of intel...
Vehicle classification (VC) is an underlying approach in an intelligent transportation system and is...
AbstractUnderstanding travel behaviour and travel demand is of constant importance to transportation...
The proliferation of mobile smart devices has led to a rapid increase of location-based services, ma...
This research focuses primary on recognition of lane-change behaviors using support vector machines ...
2013PDFTech Report49111-11-22Automatic vehicle classificationSensorsGlobal Positioning SystemArteria...
Travel mode identification is one of the essential steps in travel information detection with Global...
This paper presents a state-of-the-art, vision-based vehicle detection and type classification to pe...
Since the middle ages, the need to identify the vehicles position in their local environment has alw...
The capability to estimate driver's intention leads to the development of advanced driver assistance...
This study describes a system for the automatic recording of positioning data for public transport ...
GPS trajectories generated by moving objects provide researchers with an excellent resource for reve...
Vehicle-driving in real traffic can be considered as a human-machine system involving not only the a...
CCTV-based behavior recognition systems have gained considerable attention in recent years in the tr...
Numerous experiments were carried out using a car driving into a multi-storey carpark attached to a ...
Global navigation satellite systems have tremendous impact and potential in the development of intel...
Vehicle classification (VC) is an underlying approach in an intelligent transportation system and is...