A generic parallel Delaunay triangulation scheme by means of zonal partition of points is
proposed. For efficient Delaunay triangulation, points are first sorted into cells, each of which …

This paper presents several parallel algorithms for the construction of the Delaunay
triangulation in E2 and E3—one of the fundamental problems in computer graphics. The …

Of course, there is not enough memory on a PC with 16 GB RAM, and tetrahedra
constructed have to be output to leave rooms for the creation of new tetrahedra in the next …

Due to the memory limitation and lack of computing power of consumer level computers,
there is a need for suitable methods to achieve 3D surface reconstruction of large‐scale …

A generic parallel Delaunay triangulation scheme by means of zonal partition of points is
presented. For efficient Delaunay triangulation, points are first partitioned into cells, each of …

In this paper, we present a scalable three dimensional parallel Delaunay image-to-mesh
conversion algorithm. A nested master–worker model is used to simultaneously explore …

This paper describes a newly proposed simple and efficient parallel algorithm for the
construction of the Delaunay triangulation (DT) in E2 by randomized incremental insertion …

This paper describes two simple and efficient parallel algorithms for the construction of the
Delaunay triangulation (DT (S)) in E2 by randomized incremental insertion. The construction …

In this paper, we propose a novel parallel 3D Delaunay triangulation algorithm for large-
scale simulations on parallel computers. Our method keeps the 3D boundary representation …

This thesis addresses the problem of volumetric tessellations from three-dimensional
shapes, ie, given a three-dimensional shape that is usually represented by its boundary …