… Objects in a 3D world do not follow any particular orientation, … for vehicle and pedestrian
tracking, respectively, surpassing … Our end-to-end 3D detection and tracking system runs near …

… We represent the 3D state of a track by a 3D object-oriented bounding box and a positional
… method performs consistently well across different datasets and tracking tasks and can be …

… research directions for the near future in order to further improve tracking performance. …
Learning Appearance Models The next clearly emerging trend goes in the direction of learning …

… actual building model, as orientation and scale with respect … -based orientation data, has not
been the subject of research … formwork with a thickness of around 0.20 m might be currently …

… the known direction to calculate the 3D coordinates of points … ), extracts key points and
matches these across the overlapping … determines the position and orientation of the cameras. …

… plane is parallel to the object surface, the scaling factor in the translational direction (x-axis) …
It is no surprise that industries around the world are moving toward the implementation of …

… , as well as monitoring and surveillance measurements. For most of … moving downwards in
the direction of movement. The horizontal angle is constant for each scanned profile at around …

… The displacement is constrained to d∞ ≤ R , ie the maximum motion in any direction is R.
While … Our CorrTracker can identify objects via mining the context patterns around targets. …

… and tracking the surrounding objects. … object detection network to detect objects’ center
points on the image plane, and regress to other object properties such as 3D location, orientation …

… and the direction of the obstacle’s velocity to decide in which … of cluster points, we first fit a
rotated rectangle around them to … The goal of this additional sensor is to constantly monitor the …