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 …

In this paper we survey some of the major data structures for encoding Level Of Detail (LOD)
models. We classify LOD data structures according to the dimensionality of the basic …

Multiresolution meshes are a common basis for building representations of a geometric
shape at different levels of detail. The use of the term multiresolution depends on the remark …

Multi‐resolution terrain models are an efficient approach to improve the speed of three‐
dimensional (3D) visualizations, especially for terrain visualization in Geographical …

Abstract Diffused interface Crystal Plasticity Finite Element Method (CPFEM) can allow
incorporation of grain boundary constitutive models, seamless connection to phase-field …

To reconstruct an object surface from a set of surface points, a fast, practical, and efficient
priority driven algorithm is presented. The key idea of the method is to consider the shape …

In this paper, we present an efficient (topology preserving) multiresolution meshing
framework for interactive level-of-detail (LOD) generation and rendering of large triangle …

With the exponential growth in size of geometric data, it is becoming increasingly important
to make effective use of multilevel caches, limited disk storage, and bandwidth. As a result …

Progressive mesh streaming enables users to view 3D meshes over the network with
increasing level of details, by sending coarse version of the meshes initially, followed by a …

Multiresolution geometry streaming has been well studied in recent years. The client can
progressively visualize a triangle mesh from the coarsest resolution to the finest one while a …