Polyhedral Description of Panoramic Range Data by Stable Plane Extraction

摘要

In this paper, we describe a novel technique to extract a polyhedral description from panoramic range data of a scene taken by a SceneModeler laser range finder. First, we introduce a reasonable noise model of the range data acquired with a laser radar range finder, and we derive a simple and efficient approximate solution of the optimal fitting of local planes in the range data under the assumed noise model. Then, we extract stable planar regions from the range data by using both the distribution information of local surface normals and their spatial information in the range image. Finally, we describe a method which builds a polyhedral description of the scene using the extracted stable planar regions of the panoramic range data with 360? field of view in a polar coordinate system. Experimental results on complex real range data show the effectiveness of the proposed method.