We can usually determine the pose of objects from three lines in a general position. The configuration of three non- coplanar lines that intersect at two points has some particular characteristics, which three lines in a general position do not have. Here, we present a new method of determining object pose using this particular line configuration. In theory, this method enriches the pose estimation methods from three line correspondences. In addition, it provides guidance for practical applications. Furthermore, we propose a method to deal with multi-solution phenomenon and a new iterative method. Simulation results demonstrate that our algorithm works speedily and robustly
Perspective-three-line (P3L) problem when three lines are coplanar and placed as Z-shaped is studied...
International audienceThe determination of camera position and orientation from known correspondence...
We address the model-to-image registration problem with line features in the following two ways. (a)...
We can usually determine the pose of objects from three lines in a general position. The configurati...
We usually can determine object pose from three lines in general position. For the particular line c...
We usually can determine object pose from three lines in general position. For the particular line c...
This paper presents a method for estimating the position and orientation of a camera with respect to...
. In this paper, we describe a fast object pose estimation method from 3-D to 2-D line correspondenc...
We present a new method for determining object pose with respect to the camera by the images of thre...
Monocular pose determination from point and line mixed features is a typical problem in computer vis...
we present an accurate and efficient solution for pose estimation from line features. By introducing...
Pose measurement is an important problem in computer vision. This paper presents a method for findin...
Pose measurement is an important problem in computer vision. This paper presents a method for findin...
ÐThe determination of camera position and orientation from known correspondences of 3D reference poi...
Perspective-three-line (P3L) problem when three lines are coplanar and placed as Z-shaped is studied...
Perspective-three-line (P3L) problem when three lines are coplanar and placed as Z-shaped is studied...
International audienceThe determination of camera position and orientation from known correspondence...
We address the model-to-image registration problem with line features in the following two ways. (a)...
We can usually determine the pose of objects from three lines in a general position. The configurati...
We usually can determine object pose from three lines in general position. For the particular line c...
We usually can determine object pose from three lines in general position. For the particular line c...
This paper presents a method for estimating the position and orientation of a camera with respect to...
. In this paper, we describe a fast object pose estimation method from 3-D to 2-D line correspondenc...
We present a new method for determining object pose with respect to the camera by the images of thre...
Monocular pose determination from point and line mixed features is a typical problem in computer vis...
we present an accurate and efficient solution for pose estimation from line features. By introducing...
Pose measurement is an important problem in computer vision. This paper presents a method for findin...
Pose measurement is an important problem in computer vision. This paper presents a method for findin...
ÐThe determination of camera position and orientation from known correspondences of 3D reference poi...
Perspective-three-line (P3L) problem when three lines are coplanar and placed as Z-shaped is studied...
Perspective-three-line (P3L) problem when three lines are coplanar and placed as Z-shaped is studied...
International audienceThe determination of camera position and orientation from known correspondence...
We address the model-to-image registration problem with line features in the following two ways. (a)...