Deformable models are a powerful tool in both computer graphics and computer vision. The description and implementation of the deformations have to be simultaneously flexible and powerful, otherwise the technique may not satisfy the requirements of all the distinct applications. In this paper, we introduce a new method for the deformable model specification: deformable fields. Deformable fields are conceptually simple, lead to an easy implementation, and are suitable for adaptive models. We apply our new technique to describe an adaptive deformable face, and compare three different adaptation strategies. We show how our technique is suitable to describe different individuals, how to construct a model based on information from a single image...
Abstract. This paper presents a new method for projecting a mesh model of a source object onto a sur...
This paper presents an algorithm for the estimation of the motion of textured objects un-dergoing no...
©2008 Springer Science+Business Media. The original publication is available at www.springerlink.com...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models constitute a flexible framework to address various shape reconstruction problems i...
Modeling the behavior of deformable virtual objects has important applications in computer graphics....
Modeling the behavior of deformable virtual objects has important applications in computer graphics....
A new deformable model has been proposed by employing a hierarchy of affine transformations and an a...
The problem posed by complex, articulated or deformable objects has been at the focus of much tracki...
The computational modelling of deformations has been actively studied for the last thirty years. Thi...
We present a novel method for the shape and motion estimation of a deformable model using error resi...
The Representational Power (RP) of an example-based model is its capability to depict a new 3D face ...
Many graphics applications represent deformable surfaces through dynamic meshes. To be consistent du...
Abstract. This paper presents a new method for projecting a mesh model of a source object onto a sur...
This paper presents an algorithm for the estimation of the motion of textured objects un-dergoing no...
©2008 Springer Science+Business Media. The original publication is available at www.springerlink.com...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models are a powerful tool in both computer graphics and computer vision. The description...
Deformable models constitute a flexible framework to address various shape reconstruction problems i...
Modeling the behavior of deformable virtual objects has important applications in computer graphics....
Modeling the behavior of deformable virtual objects has important applications in computer graphics....
A new deformable model has been proposed by employing a hierarchy of affine transformations and an a...
The problem posed by complex, articulated or deformable objects has been at the focus of much tracki...
The computational modelling of deformations has been actively studied for the last thirty years. Thi...
We present a novel method for the shape and motion estimation of a deformable model using error resi...
The Representational Power (RP) of an example-based model is its capability to depict a new 3D face ...
Many graphics applications represent deformable surfaces through dynamic meshes. To be consistent du...
Abstract. This paper presents a new method for projecting a mesh model of a source object onto a sur...
This paper presents an algorithm for the estimation of the motion of textured objects un-dergoing no...
©2008 Springer Science+Business Media. The original publication is available at www.springerlink.com...