Paper Info
Title
Position and pose detection of active camera-head in a nuclear power plant
Abstract
A method to determine the position and pose of an active camera-head by aligning a 3D model of its surrounding environment with an observed 2D image is proposed. The camera-head is mounted on a mobile robot and freely moves in a 3D space. We aim at visual feedback to correct the estimation error of its position and pose obtained from dead reckoning. Since the nuclear power plant where the robot moves about consists of many pipes without particular marks, most of features in the observed images are occluding edges of the pipes. For robustly finding 3D-2D point correspondences on the occluding edges, two-type predicted images which are calculated from the 3D environmental model by a view simulator are used as follows: 1) 3D model points which correspond to the observed occluding edges are quickly obtained from the predicted depth image; 2) The predicted intensity image is used to select only the 3D model points which are expected to appear clearly in the observed image. As a result, point correspondences between the observed image and the 3D model can be robustly found even in complicated scenes. Preliminary experiments using an actual plant mock-up have shown that the method is promising
Year
DOI
Venue
2000
10.1109/IROS.2000.895244
IROS 2000). Proceedings. 2000 IEEE/RSJ International Conference
Keywords
Field
DocType
active vision,feature extraction,image registration,inspection,mobile robots,nuclear power stations,path planning,position control,robot vision,2D image,3D environmental model,active camera-head,complicated scenes,dead reckoning,nuclear power plant,occluding edges,point correspondences,pose detection,position detection,predicted depth image,predicted intensity image,view simulator,visual feedback
Motion planning,Computer vision,Active vision,Computer science,Feature extraction,Dead reckoning,Artificial intelligence,Nuclear power plant,Robot,Mobile robot,Image registration
Conference
Volume
ISBN
Citations 
3
0-7803-6348-5
3
PageRank 
References 
Authors
0.53
5
2
Name
Order
Citations
PageRank
Yasuyo Kita119223.37
Nobuyuki Kita220940.28