This paper presents a hierarchical watermarking framework for semiregular meshes. Three
blind watermarks are inserted in a semiregular mesh with different purposes: a geometrically …

We define Voronoi cells and centroids based on heat diffusion. These heat cells and heat
centroids coincide with the common definitions in Euclidean spaces. On curved surfaces …

This paper follows a previous one that was dealing with high‐quality surface remeshing
using harmonic maps (Int. J. Numer. Meth. Engng 2010; 83: 403–425). In (Int. J. Numer …

Semi‐regular triangle remeshing algorithms convert irregular surface meshes into semi‐
regular ones. Especially in the field of computer graphics, semi‐regularity is an interesting …

This paper proposes novel scalable mesh coding designs exploiting the intraband or
composite statistical dependencies between the wavelet coefficients. A Laplacian mixture …

We introduce a novel and constructive definition of gluing data, and give the first rigorous
proof that a universal manifold satisfying the Hausdorff condition can always be constructed …

This paper describes how to optimize two popular wavelet transforms for semi-regular
meshes, using a lifting scheme. The objective is to adapt multiresolution analysis to the input …

In this paper we investigate the construction of dyadic affine (wavelet) bi-frames for
triangular-mesh surface multiresolution processing. We introduce 6-fold symmetric bi-frames …

We introduce a new patch-based multi-resolution analysis of semi-regular mesh surfaces.
This analysis brings patch-specific wavelet decomposition, quantization and encoding to the …

We propose an adaptive semi-regular remeshing algorithm for surface meshes. Our
algorithm uses Voronoi tessellations during both simplification and refinement stages …