Recognition of multiple configurations of objects with limited data

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摘要

One of the main goals of image understanding and computer vision applications is to recognize an object from various images. A lot of studies on recognizing objects based on invariable shapes have been explored, however, in reality, there are many objects with multiple configurations, which are very difficult to be recognized. We call this kind of problem as the recognition of multiple configurations of objects (RMCO). To achieve RMCO, firstly we obtain a shortest path (the Geodesic distance path) between two feature vectors in pre-shape spaces; along this obtained path, we can generate a series of data which can be used to recognize the observed objects by using shape space theories. In other words, we may augment the database content with very limited data to recognize more objects.

论文关键词:Shape space,Pre-shape space,Landmark,The Procrustean distance,The Procrustean metric,The Geodesic distance,Shape contour,Manifold,The shortest path

论文评审过程:Received 23 December 2008, Revised 20 August 2009, Accepted 30 September 2009, Available online 9 October 2009.

论文官网地址:https://doi.org/10.1016/j.patcog.2009.09.028