AMR++: A design for parallel object-oriented adaptive mesh refinement Adaptive mesh refinement (AMR) computations are complicated by their dynamic nature. In the serial environment they require substantial infrastructures to support the regridding processes, intergrid operations, and local bookkeeping of positions of grids relative to one another. In the parallel environment the dynamic behavior is more problematic because it requires dynamic distribution support and load balancing. Parallel AMR is further complicated by the substantial task parallelism, in addition to the obvious data parallelism, this task parallelism requires additional infrastructure to support efficiently. The degree of parallelism is typically dependent upon the algorithms in use and the equations being solved. Different algorithms have significant compromises between computation and communication. Substantial research work is often required to define efficient methods and suitable infrastructure. The purpose of this paper is to introduce AMR++ as an object-oriented library which forms a part of the OVERTURE framework, a much larger object-oriented numerical framework developed and supported at Los Alamos National Laboratory a distributed on the Web for the last several year
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References in zbMATH (referenced in 3 articles , 2 standard articles )
Showing results 1 to 3 of 3.
- Lee, Barry; McCormick, Stephen F.; Philip, Bobby; Quinlan, Daniel J.: Asynchronous fast adaptive composite-grid methods: Numerical results (2003)
- Quinlan, Dan: AMR++: A design for parallel object-oriented adaptive mesh refinement (2000)
- Lemke, Max; Witsch, Kristian; Quinlan, Daniel: An object-oriented approach for parallel self adaptive mesh refinement on block structured grids (1994)