3D meshes are commonly used to represent virtual surface and volumes. However, their raw
data representations take a large amount of space. Hence, 3D mesh compression has been …

3D mesh compression is essential in the context of network-based virtual worlds, but so are
objective and subjective fidelity of the reconstructed mesh to the original one. Unfortunately …

Mesh compression is an important task in geometry processing. It exploits geometric
coherence of the data to reduce the amount of space needed to store a surface mesh. Most …

In the last decade, the extensive evolution of 3D graphic applications has induced
developpers to enhance the 3D mesh compression techniques. Therefore, 3D models are …

Progressive compression is one of the most effective multi-resolution schemes for sending
large 3D meshes in a network environment. However, if we change the 3D meshes, ie …

Data compression techniques are widely used in the transmission and storage of 2D image,
video and 3D data structures. The thesis addresses two aspects of data compression: 2D …

Compression of mesh-based 3-D models has been an important issue, which ensures
efficient storage and transmission. In this paper, we present a very effective compression …

The new generation multimedia applications such as ultra-high definition TV, 3D video and
cloud storage keeps the compression research relevant even post to the advent of the state …

In this paper we present a novel low-bitrate 3D model compression algorithm called the
Plane-Tree. This algorithm is based on octree subdivision and stores a plane at each leaf …

In this paper, the problem of rate allocation to the surface regions of 3-D meshes for view
dependent compression of their geometries is addressed. The view image MSE based …