Adaptive Hierarchical Shape Matching

Similar to the recently presented Fast Lattice Shape Matching (FLSM), we compute the position of simulation nodes by convolution of rigid shape matching operators on many

Moreover, the distribution of interest points on the surface of an object remains similar in transformed objects, which is a desirable behavior in applications such as shape

Experimenting with computer vision tasks, such as image matching and optical flow, the use of the wavelet based belief propagation approach facilitates not only theoretical but also

It consists of shape histograms which reflect the geodesic distance distribution of randomly chosen pairs of surface points as well as the distribution of geodesic eccentricity

In our approach based on shape matching, the system pulls the current deformation toward the space of preferable deformations by modifying the rest shape of each local re- gion

In this paper, we have presented a sparse representation based framework to integrate local shape descriptors into a global shape descriptor for non-rigid 3D shape retrieval. The

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

The search procedure is executed over the MLSTree in a top- down manner, following the nodes shared by both proteins and re- cursively collecting scores, for both the shape