Three-dimensional (3D) meshes have been widely used in graphic applications for the
representation of 3D objects. They often require a huge amount of data for storage and/or …

3D meshes are widely used in graphic and simulation applications for approximating 3D
objects. When representing complex shapes in a raw data format, meshes consume a large …

Many computer graphics operations, such as texture mapping, 3D painting, remeshing,
mesh compression, and digital geometry processing, require finding a low-distortion …

A new progressive lossless 3D triangular mesh encoder is proposed in this work, which can
encode any 3D triangular mesh with an arbitrary topological structure. Given a mesh, the …

In the last years triangle meshes have become increasingly popular and are nowadays
intensively used in many different areas of computer graphics and geometry processing. In …

Aiming at robust surface structure recovery, we extend the powerful optimization technique
of variational shape approximation by allowing for several different primitives to represent …

We present a new variational method for mesh segmentation by fitting quadric surfaces.
Each component of the resulting segmentation is represented by a general quadric surface …

Progressive point set surfaces (PPSS) are a multilevel point-based surface representation.
They combine the usability of multilevel scalar displacement maps (eg, compression …

Using surface splats as a rendering primitive has gained increasing attention recently due to
its potential for high‐performance and high‐quality rendering of complex geometric models …

This course is designed to cover the entire geometry processing pipeline based on triangle
meshes. We will present the latest concepts for mesh generation and mesh repair, for …