hdl:10013/epic.26037
Memory Efficient Adaptive Mesh Generation and Implementation of Multigrid Algorithms Using Sierpinski Curves
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Joern.Behrens [ at ] awi.de
Abstract
We will present both underlying ideas and concepts, and first results and experiencesgained within an ongoing project to implement a highly memory efficient version of thegrid generator amatos [BRH+05]. Our focus will be on algorithmic and implemen-tational approaches to realize multigrid algorithms on recursively structured adaptivetriangular grids. The key concept is to use a cell-oriented processing of the grids andspace-filling-curve techniques to get rid of the need to store neighbourship relations onadaptive grids.
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(Conference paper)
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Published
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In M. Becker and H. Szczerbicka (ed.), Simulationstechnique -- 19th Symposium in Hannover 2006 of Frontiers in Simulation, SCS Publishing House, Erlangen264..
Eprint ID
16011
Cite as
Bader, M.
,
Schraufstetter, S.
and
Behrens, J.
(2006):
Memory Efficient Adaptive Mesh Generation and Implementation of Multigrid Algorithms Using Sierpinski Curves
,
In M. Becker and H. Szczerbicka (ed.), Simulationstechnique -- 19th Symposium in Hannover 2006 of Frontiers in Simulation, SCS Publishing House, Erlangen264.
.
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