Difference between revisions of "Cores"

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(Parallel Adaptive Mesh Generation)
(Parallel Adaptive Mesh Generation)
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== Parallel Adaptive Mesh Generation ==
 
== Parallel Adaptive Mesh Generation ==
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=== Tightly-coupled approaches ===
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This groups is experimented with two tightly-coupled approaches :
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# CDT3D
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# Parallel Optimistic Delaunay Mesh Generation for medical images, for details see [LINK]
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=== Partially-coupled approaches ===
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==== Data Decomposition ====
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[[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]]
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==== Domain Decomposition ====
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LINK to 2d PCDM paper
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extension to 3D is in progress.
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=== Loosely-coupled approach ===
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Loosely coupled using CDT3D [MiniRTS workshop slides]
  
 
== Parallel Runtime Software Systems ==
 
== Parallel Runtime Software Systems ==
 
== Real-time Medical Image Computing ==
 
== Real-time Medical Image Computing ==
 
[[RealTimeMedicalImageComputing | Real Time Medical Image Computing]]
 
[[RealTimeMedicalImageComputing | Real Time Medical Image Computing]]

Revision as of 09:28, 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 :

  1. CDT3D
  2. 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

Domain Decomposition

LINK to 2d PCDM paper extension to 3D is in progress.

Loosely-coupled approach

Loosely coupled using CDT3D [MiniRTS workshop slides]

Parallel Runtime Software Systems

Real-time Medical Image Computing

Real Time Medical Image Computing