… arbitrary topology input mesh and produces a semi-regular normal mesh describing the same
… our normal mesh transform converts an arbitrary mesh from a 3 parameter representation …

… normal direction and hence the mesh depends only on a single scalar per vertex. Such meshes
… We demonstrate such a compression algorithm for normal meshes representing complex…

… a given mesh with a normal mesh. Instead of … normal meshes as a function of the number
of nonnormal offsets—we find a significant gain for little (error) cost. Because the normal mesh …

… We focus on feature-preserving denoising of triangle meshes, done via face normal … face
normals, which are considered as a signal defined over a mesh surface; afterwards, the mesh …

… meshes are ideally suited for progressive compression. We demonstrate such a compression
algorithm for normal meshes … Therefore it is natural to use normal meshes for compression …

… vertex positions to make them fit to the modified normals. … Therefore, to apply the two filters
to face normals on triangle meshes, we consider directions of the face normals as intensity …

… algorithm for meshes. It is based on the variation of the vectors that are normal to faces …
of a multiresolution schema, ie a sequence of meshes at different resolutions. Additionally, it …

… the state-of-the-art coders for normal meshes at a specific bitrate, we propose in this paper a
… normal mesh wavelet coefficients at a given bitrate Rtarget. We focus on the normal meshes …

… In this paper, we propose a new method that can consistently orient all normals of any
mesh (if at all possible), while ensuring that most polygons are seen with their front-faces from …

… the normal field especially when the input meshes have highly irregular sampling. Thus we
consider the facet normals as a surface signal defined over the original mesh … normals in an …