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|Exascale Computing: Telescopic Approach for Parallel Anisotropic Mesh Generation and Adaption | |Exascale Computing: Telescopic Approach for Parallel Anisotropic Mesh Generation and Adaption | ||
Medical Image Computing: Deformable Registration and Image-to-Mesh Conversion | Medical Image Computing: Deformable Registration and Image-to-Mesh Conversion | ||
Multi-Layered Runtime System | |||
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Revision as of 02:09, 5 April 2017
Principal Investigators
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Nikos Chrisochoides | Exascale Computing: Telescopic Approach for Parallel Anisotropic Mesh Generation and Adaption
Medical Image Computing: Deformable Registration and Image-to-Mesh Conversion Multi-Layered Runtime System |
Graduate Students
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[ Christos Tsolakis] | Parallel Constrained, Data Refined, and Optimistic for a combination of Delaunay/AFT-based methods
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[ Philip Caplan ] |
Collaborators
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David Darmofal | Parallel Error-based metrics
Parallel Adaptive Mesh Refinement |
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David Marcum | Parallel Anisotropic AFT-based Mesh Generation and Adaption
Interactions with Geometry |
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Prof. Jim Jiao | Scalable Abstractions for Geometry |
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[ Fotis Drakopoulos] | Delaunay and AFT-based mesh generation and their speculative parallel implementations |
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Dr. Andriy Kot | Parallel Runtime Software Systems |
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Prof. Dimitris Nikolopoulos | Parallel Power Aware Runtime Systems
Programming Languages |