A description is given of an implementation of a parallel refinement algorithm based on the sequential 2T-LE algorithm of bisection into two triangles (Longest-Edge). The proposed algorithm allows refining in parallel the triangulation of a given geometric mesh. The parallel implementation was carried out on a cluster with a Linux platform communicated through a Message Passing Interface (MPI). The results of the parallel refinement show that as the size of the problem increases, better performance is obtained from the parallel algorithm compared to the sequential algorithm
There has recently been an interest in the introduction of reconfigurable buses to existing parallel...
Abstract. A triangulation of points in , or a tetrahedronization of points in , is used in many appl...
The thesis deals with the problem of triangulation in a real plane using a graphics processing unit,...
Abstract. A description is given of an implementation of a parallel refinement algorithm based on th...
Longest edge (nested) algorithms for triangulation refinement in two dimensions are able to produce...
Longest edge (nested) algorithms for triangulation refinement in two dimensions are able to produce ...
We present a logarithmic algorithm for performing parallel refinement of triangular meshes by the wi...
The aim of the computer graphics is to visualise models of real-world objects. The visualization of ...
This paper describes the derivation of an empirically efficient parallel two-dimensional Delaunay tr...
Computers with multiple processor cores using shared mem-ory are now ubiquitous. In this paper, we p...
The main goal of this project is to develop a parallel tetrahedral mesh generator based on existing ...
AbstractWe describe a distributed memory parallel Delaunay refinement algorithm for simple polyhedra...
We present a practical and stable algorithm for the parallel refinement of tetrahedral meshes. The a...
AbstractComputers with multiple processor cores using shared memory are now ubiquitous. In this pape...
Computers with multiple processor cores using shared memory are now ubiquitous. In this paper, we pr...
There has recently been an interest in the introduction of reconfigurable buses to existing parallel...
Abstract. A triangulation of points in , or a tetrahedronization of points in , is used in many appl...
The thesis deals with the problem of triangulation in a real plane using a graphics processing unit,...
Abstract. A description is given of an implementation of a parallel refinement algorithm based on th...
Longest edge (nested) algorithms for triangulation refinement in two dimensions are able to produce...
Longest edge (nested) algorithms for triangulation refinement in two dimensions are able to produce ...
We present a logarithmic algorithm for performing parallel refinement of triangular meshes by the wi...
The aim of the computer graphics is to visualise models of real-world objects. The visualization of ...
This paper describes the derivation of an empirically efficient parallel two-dimensional Delaunay tr...
Computers with multiple processor cores using shared mem-ory are now ubiquitous. In this paper, we p...
The main goal of this project is to develop a parallel tetrahedral mesh generator based on existing ...
AbstractWe describe a distributed memory parallel Delaunay refinement algorithm for simple polyhedra...
We present a practical and stable algorithm for the parallel refinement of tetrahedral meshes. The a...
AbstractComputers with multiple processor cores using shared memory are now ubiquitous. In this pape...
Computers with multiple processor cores using shared memory are now ubiquitous. In this paper, we pr...
There has recently been an interest in the introduction of reconfigurable buses to existing parallel...
Abstract. A triangulation of points in , or a tetrahedronization of points in , is used in many appl...
The thesis deals with the problem of triangulation in a real plane using a graphics processing unit,...