Parallel mesh generation in numerical analysis is a new research area between the boundaries of two scientific computing disciplines: computational geometry and parallel computing. Parallel mesh generation methods decompose the original mesh generation problem into smaller subproblems which are solved (meshed) in parallel using multiple processors or threads. The existing parallel mesh generation methods can be classified in terms of two basic attributes:
- the sequential technique used for meshing the individual subproblems and
- the degree of coupling between the subproblems.
One of the challenges in parallel mesh generation is to develop parallel meshing software using off-the-shelf sequential meshing codes.
Read more about Parallel Mesh Generation: Overview, Parallel Mesh Generation Software, Challenges in Parallel Mesh Generation
Famous quotes containing the words parallel and/or generation:
“The beginnings of altruism can be seen in children as early as the age of two. How then can we be so concerned that they count by the age of three, read by four, and walk with their hands across the overhead parallel bars by five, and not be concerned that they act with kindness to others?”
—Neil Kurshan (20th century)
“... there are some who, believing that all is for the best in the best of possible worlds, and that to-morrow is necessarily better than to-day, may think that if culture is a good thing we shall infallibly be found to have more of it that we had a generation since; and that if we can be shown not to have more of it, it can be shown not to be worth seeking.”
—Katharine Fullerton Gerould (1879–1944)