A real-time multiple-vehicle detection and tracking system with prior occlusion detection and resolution
Bing‐Fei Wu, Shin-Ping Lin, Yuan-Hsin Chen · 2006
The proposed multiple-vehicle detection and tracking (MVDT) system utilizes a color background to segment moving objects and exploits relations among the moving objects and existed trajectories to track vehicles. Initially, the background is extracted by classification. Then, it is regularly updated by previous moving objects to guarantee robust segmentation in luminance-change circumstance. For partial wrong converged background due to roadside parking vehicles, it would be corrected later by checking fed back trajectories to avoid false detection after the vehicles moving away. In tracking processing, the relations of distances or distances and angles are applied to determine whether to create, extend, and delete a trajectory. If occlusion detected after trajectory creation, it is resolved by rule-based tracking reasoning. Otherwise, lane information is used. Finally, traffic parameter calculations based on the trajectories are listed. Moreover, for easy setup, parameter automation for the system is proposed.