Nowadays, real-time 3D scanning and reconstruction becomes a requirement for a variety of
interactive applications in various fields, including heritage science, gaming, engineering …

Abstract 3D dynamic meshes offer significant potential in various applications, but their
usage is still limited by their large file size. We present a novel method that can compress 3D …

The latest advancements in 3D scanning technologies have facilitated the generation and
adoption of 3D models in several industrial applications ranging from manufacturing …

New generation 3-D scanning technologies are expected to create a revolution at the
Industry 4.0, facilitating a large number of virtual manufacturing tools and systems. Such …

Mesh saliency has been widely considered as the measure of visual importance of certain
parts of 3D geometries, distinguishable from their surroundings, with respect to human …

Nowadays, three-dimensional (3D) meshes are widely used in various applications in
different areas (eg, industry, education, entertainment and safety). The 3D models are …

Three-dimensional mesh compression is vital to support advances in many scenarios, such
as 3D web-based applications. Existing 3D mesh methods usually require complex data …

Nowadays, the preservation and maintenance of historical objects is the main priority in the
area of the heritage culture. The new generation of 3D scanning devices and the new assets …

3D representations of highly deformable 3D models, such as dynamic 3D meshes, have
recently become very popular due to their wide applicability in various domains. This trend …

Throughout the years, several works have been proposed for performing feature-preserving
mesh denoising. Despite their reconstruction benefits, there are still challenges that need to …