Title :
Objects layout graph for 3D complex scenes
Author :
Adán, A. ; Merchán, P. ; Salamanca, S. ; Vázquez, A. ; Adán, M. ; Cerrada, C.
Author_Institution :
Escuela Superior de Informatica, UCLM, Spain
Abstract :
This paper shows how to extract information about the parts and their layout in a complex scene when a single range image is available. In the worst case, the complexity of the scene includes: no shape-restrictions, shades, occlusion, cluttering, contact, surfaces viewed in oblique angles and without textures. This work is a prerequisite before carrying out further robot interaction actions in the scene. The process is based on a novel 3D range data segmentation technique that avoids most restrictions imposed on other techniques. Making use of the 3D segmented parts, the method carries out an objects silhouette classification which allows us to perform a layout graph of the objects in the scene. A brief description of this method and experimental results are presented throughout the paper.
Keywords :
graph theory; image classification; image segmentation; robot vision; 3D complex scenes; 3D range data segmentation technique; information extraction; objects layout graph; objects silhouette classification; Costs; Data mining; Image processing; Image segmentation; Joining processes; Layout; Prototypes; Robot sensing systems; Shape measurement; Surface texture;
Conference_Titel :
Image Processing, 2005. ICIP 2005. IEEE International Conference on
Print_ISBN :
0-7803-9134-9
DOI :
10.1109/ICIP.2005.1530421