Fractured Object Reassembly via Robust Surface Registration

When a new object represented by its surface mesh is added to the scene, a similarity search is performed in the database to retrieve the needed physical data for simulation.. In

We formulate a computationally efficient warp function for mesh-based estimation of depth which is based on a well known image-registration approach and adapted to the problem of

We present a new method for 3D facial meshes, using geodesic distances and non-rigid registration

In [AMCO08] a fast and robust technique is introduced for pairwise registration based on the alignment between copla- nar and congruent 4-points sets randomly extracted from the

This paves the way to formulating a novel non-rigid mesh registration scheme, by matching sets of sparse salient feature points using spectral graph matching.. The resulting approach

Based on our EHC representation of the shape model, it is possible to compare two video sequences by matching their correspondent extremal curves using the geodesic distance in

If the angular positioning error is high, it is necessary to compute image registration for each captured image in- dividually, based on detection of registration marks attached to

A novel method using non-rigid image registration was reported which is obtained through two steps: (i) au- tomated rigid or affine registration, and (ii) a non-rigid in- tensity