A Novel Reconstruction and Tracking of 3D-Articulated Human Body from 2D Point Correspondences of a Monocular Image Sequence.
Kittiya KhongkraphanPakorn KaewTrakulPongPublished in: IEICE Trans. Inf. Syst. (2011)
Keyphrases
- point correspondences
- image sequences
- motion analysis
- rigid objects
- feature points
- motion parameters
- nonrigid motion
- object tracking
- affine camera
- uncalibrated cameras
- motion segmentation
- motion model
- epipolar geometry
- point sets
- three dimensional
- closed form
- optical flow
- motion tracking
- calibrated cameras
- video sequences
- camera pose
- multiple views
- fundamental matrix
- pose estimation
- perspective views
- moving camera
- kalman filter
- projective reconstruction
- perspective images
- closed form solutions
- camera motion
- motion estimation
- rigid motion
- bundle adjustment
- particle filter
- computer vision
- velocity field
- structure from motion
- multibody
- flow field
- object motion
- articulated objects
- moving objects
- ego motion
- reprojection error
- image motion
- motion field
- depth map
- autocalibration
- viewpoint
- camera parameters
- multi view
- human motion
- scaled orthographic