Ask Your Question
0

How can we get the pose (transformed ROI) of non planar object given single target image?

asked 2013-06-07 10:31:36 -0500

sniper gravatar image

updated 2013-06-08 02:19:34 -0500

I am implementing 6DOF pose estimation of object. First, my implementation run successfully in the case that given target template object is planar structure. But, my algorithm can not track object which is non planar structure since it use homography for pose estimation (Actually, I need not 6 DOF pose but transformed rect ROI from original template ROI when camera is moved)

When we assume that one image with non-planar structure object is given as template image, Is there method that can get transformed ROI of the template when camera is moved?

edit retag flag offensive close merge delete

1 answer

Sort by ยป oldest newest most voted
0

answered 2013-06-09 21:34:13 -0500

What you are looking is the POSIT algorithm. It gives you the pose of a non planar object tracked from a camera.

edit flag offensive delete link more

Comments

Thank you very much. I wonder if POSIT can also estimate pose of planar object? Now I do not use intrinsic camera matrix since it need not real 6 dof pose but transformed roi. POSIT need intrinsic camera matrix? If so, we can get approximated intrinsic camera matrix given image resolution?

sniper gravatar imagesniper ( 2013-06-11 20:11:17 -0500 )edit

I read the concept of POSIT. But I think that it is not suitable. I want to estimate of non planar object, but 3D model (or 3D points array) is not given. What I can get are single image about non planar object & correspondences. Wikipedia said that POSIT need 3D points array model and their correspondence in 2D image. It is not same to my condition.

sniper gravatar imagesniper ( 2013-06-12 10:35:39 -0500 )edit

if you don't know the 3D model, how can you get the correspondence?

Han gravatar imageHan ( 2015-03-31 19:28:29 -0500 )edit
Login/Signup to Answer

Question Tools

Stats

Asked: 2013-06-07 10:31:36 -0500

Seen: 638 times

Last updated: Jun 09 '13