A computer vision based camera pedestal's vertical motion control

. Traditional camera pedestals are manually operated. Our long term goal is to construct a fully autonomous pedestal system which can respond to changes in a scene and mimicking the human camera operator. In this paper, we discuss our experiments to control the vertical motion of a pedestal by leveling its position with a human head or a tracked hand-held object. We describe a set of computer vision methods used in these experiments, including the head position tracking using Gaussian Mixture Model (GMM) of the foreground blob and hand-held object tracking using Continuously Adaptive Mean shift (CAM-shift) with motion initialization. We also discuss the application of Kalman Filter and showing its effect in the reduction of the number of jittering pedestal motions.

• Type: Conference
• Year: 2008
• Where: ICPR
• Authors: Richard Yi Da Xu, Joshua M. Brown, Jason M. Traish, Daniel Dezwa
• Keywords: Computer Vision, Hand-held Object, ICPR 2008, Pedestal, Traditional Camera Pedestals