Difference between revisions of "Collaborations"
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CRTC with School of Medicine at VCU (Prof. Kathy Holloway): Deformable Registration for Deep Brain Stimulation | CRTC with School of Medicine at VCU (Prof. Kathy Holloway): Deformable Registration for Deep Brain Stimulation | ||
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+ | CRTC with NYU (Prof. Daniele Panozzo): Parallel swapable mesh operations project | ||
== Internal Collaborations == | == Internal Collaborations == |
Revision as of 15:16, 17 June 2019
External Collaborations
This page describes collaboration activities between CEPM and the broader research CFD community.
CRTC with SBU (Prof. Jim Jiao): Scalable Geometry Abstractions for Exterme-Scale Parallel Mesh Generation
CRTC with DoE/ANL (Dr. Pete Beckman): Multi-Layered Runtime System on Exascale OS (ARGO)
CRTC with NIA (Hiro Nishikawa) and SBU (Prof. Jim Jiao): mesh generation for high-order convergence schemes
CRTC with Center for Computational Engineering Science at RWTH Aachen University, Germany (Prof. Marek Bern): Parallel Space-Time Finite Element Simulations
CRTC with Medical School at SBU (Prof. Barry Lieber and Dr. Chader Sadasivan): Prediction of Long Term Efficacy of Cerebral Aneurysm Bypass by Flow Diversion
CRTC with Medical School at Harvard (Prof. Ron Kikinis, Prof. Alex Golby and Dr. Sarah Frisken): Deformable Registration for Brain Tumor Resection
CRTC with School of Medicine at VCU (Prof. Kathy Holloway): Deformable Registration for Deep Brain Stimulation
CRTC with NYU (Prof. Daniele Panozzo): Parallel swapable mesh operations project
Internal Collaborations
This page describes all collaboration projects between team members of the various Cores of CEPM
CRTC with NCSA/UIUC (Dr. Andriy Kot): Multi-Layered Runtime System
CRTC with Queen's Univ. Belfast, UK (Prof. Nikolopoulos): Power-Aware High Performance Computing Systems
CRTC with MIT (Prof. David Darmofal): Parallel Error-based Grid Adaptation
CRTC with MSU (Prof. David marcum): Modifications of AFLR for parallel mesh generation
CRTC with NASA/LaRC (Dr. Mike Park): Parallel Adaptive Anisotropic Mesh Generation