Cores: Difference between revisions
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=== Partially-coupled approaches === | === Partially-coupled approaches === | ||
==== Data Decomposition ==== | : ==== Data Decomposition ==== | ||
# [[Cores/PDR | Parallel Data Refinement using TetGen ]] | :# [[Cores/PDR | Parallel Data Refinement using TetGen ]] | ||
# [[PDR.AFLR | Parallel Data Refinement using AFLR]] | :# [[PDR.AFLR | Parallel Data Refinement using AFLR]] | ||
# Parallel Data Refinement using Parallel Optimistic Delaunay Mesh Generation for medical images , for details see [LINK to Daming papers] | :# Parallel Data Refinement using Parallel Optimistic Delaunay Mesh Generation for medical images , for details see [LINK to Daming papers] | ||
==== Domain Decomposition ==== | : ==== Domain Decomposition ==== | ||
LINK to 2d PCDM paper | :LINK to 2d PCDM paper | ||
extension to 3D is in progress. | :extension to 3D is in progress. | ||
=== Loosely-coupled approach === | === Loosely-coupled approach === | ||
Revision as of 04:32, 28 March 2018
Each page lists the activities within the different cores for metrics-driven extreme scale parallel anisotropic mesh generation
Parallel Adaptive Mesh Generation
Tightly-coupled approaches
This groups is experimented with two tightly-coupled approaches :
- CDT3D
- Parallel Optimistic Delaunay Mesh Generation for medical images, for details see [LINK]
Partially-coupled approaches
- ==== Data Decomposition ====
- Parallel Data Refinement using TetGen
- Parallel Data Refinement using AFLR
- Parallel Data Refinement using Parallel Optimistic Delaunay Mesh Generation for medical images , for details see [LINK to Daming papers]
- ==== Domain Decomposition ====
- LINK to 2d PCDM paper
- extension to 3D is in progress.
Loosely-coupled approach
Loosely coupled using CDT3D [MiniRTS workshop slides]