We review methods designed to compute correspondences between geometric shapes
represented by triangle meshes, contours or point sets. This survey is motivated in part by …

Given a shape, a skeleton is a thin centered structure which jointly describes the topology
and the geometry of the shape. Skeletons provide an alternative to classical boundary or …

In this paper, we present a framework for detecting interest points in 3-D meshes and
computing their corresponding descriptors. For that, we propose an intrinsic scale detection …

We perform co-analysis of a set of man-made 3D objects to allow the creation of novel
instances derived from the set. We analyze the objects at the part level and treat the …

We address the problem of automatic recognition of functional parts of man-made 3D
shapes in the presence of significant geometric and topological variations. We observe that …

Classical approaches to shape correspondence base their computation purely on the
properties, in particular geometric similarity, of the shapes in question. Their performance …

We present a dense correspondence method for isometric shapes, which is accurate yet
computationally efficient. We minimize the isometric distortion directly in the 3D Euclidean …

Animating a virtual character based on a real performance of an actor is a challenging task
that currently requires expensive motion capture setups and additional effort by expert …

With the continued technology innovation in object sensing and human motion tracking, the
traditional two‐dimensional video‐based tele‐conference systems are projected to evolve …

We present a purely isometric method that establishes 3D correspondence between two
(nearly) isometric shapes. Our method evenly samples high-curvature vertices from the …