Motion estimation for multi-camera systems using global optimization

We present a motion estimation algorithm for multicamera systems consisting of more than one calibrated camera securely attached on a moving object. So, they move all together, but do not require to have overlapping views across the cameras. The geometrically optimal solution of the motion for the multi-camera systems under L norm is provided in this paper using a global optimization technique which has been introduced recently in the computer vision research field. Taking advantage of an optimal estimate of the essential matrix through searching rotation space, we provide the optimal solution for translation by using linear programming and Branch & Bound algorithm. Synthetic and real data experiments are conducted, and they show more robust and improved performance than the previous methods.

• Type: Conference
• Year: 2008
• Where: CVPR
• Authors: Hongdong Li, Jae-Hak Kim, Richard I. Hartley
• Keywords: Bound Algorithm, Computer Vision, CVPR 2008, Global Optimization Technique, Motion Estimation Algorithm, Optimal Estimate, Optimal Solution