The optimal partition of moving edge segments
Haisong Gu, Minoru Asada, Y. Shirai · 2002
A method to obtain the optimal motion description from two consecutive images including multiple moving parts is presented. It copes with segmentation and motion estimation problems. Segmentation is necessary for motion estimation of each part, and vice versa. The authors propose to use an information measure approach, based on comparisons between an individual (or pixel) and a class (or set of pixels). First, the motion of an edge segment is optimally modeled. Next, merging and splitting processes are iterated until the minimum description is obtained for the whole image. As a result, the image is segmented into several regions, each of which is represented by an edge segment list, and, at the same time, the maximum likelihood motion estimation is obtained for each region. Experiments performed on real images are shown.>