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BrainMapping, CNF, HPC, I2MConversion, NDAM, Segmentation, UltraSound3D, Bureaucrats, external, internal, Administrators
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CNF, Bureaucrats, external, internal, Administrators
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|style="background: white"|[[Image:Student_Tsolakis.jpg|108px]]
|style="background: white"|[[Image:Student_Tsolakis.jpg|108px]]
| [http://www.cs.odu.edu/~ctsolakis Christos Tsolakis]<br> (Research Assistant)
| [http://www.cs.odu.edu/~ctsolakis Christos Tsolakis]<br> Research Assistant


| Parallel Constrained, Data Refined, and Optimistic for a combination of Delaunay/AFT-based methods
| Parallel Constrained, Data Refined, and Optimistic for a combination of Delaunay/AFT-based methods
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|style="background: white"|[[Image:REU_KG.jpg|108px]]   
|style="background: white"|[[Image:REU_KG.jpg|108px]]   
| [https://crtc.cs.odu.edu/index.php/people/13-students/60-kevin-garner  Kevin Garner ] (Research Assistant)
| [https://crtc.cs.odu.edu/index.php/people/13-students/60-kevin-garner  Kevin Garner ]<br> Research Assistant


| Parallel Data Refinement using Advancing Front Local Reconnection Mesh Generation (AFLR) Software
| Parallel Data Refinement using Advancing Front Local Reconnection Mesh Generation (AFLR) Software
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|style="background: white"|[[Image:Student_Thomadakis.jpg|108px]]
|style="background: white"|[[Image:Student_Thomadakis.jpg|108px]]
| [https://crtc.cs.odu.edu/index.php/people/13-students/67-paul-thomadakis  Polykarpos Thomadakis ] (Research Assistant)
| [https://crtc.cs.odu.edu/index.php/people/13-students/67-paul-thomadakis  Polykarpos Thomadakis ]<br> Research Assistant


| Parallel Runtime Systems
| Parallel Runtime Systems
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|style="background: white"|[[Image:ThomasKennedy.png|108px]]  
|style="background: white"|[[Image:ThomasKennedy.png|108px]]  
| [http://odu.edu/directory/people/t/tkenn013 Thomas Kennedy ] (Instructor)
| [http://odu.edu/directory/people/t/tkenn013 Thomas Kennedy ]<br> Instructor


| High performance computing
| High performance computing
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|style="background: white"|[[Image:Student_Caplan.jpg|108px]]
|style="background: white"|[[Image:Student_Caplan.jpg|108px]]
| [  Philip Caplan ] (MIT,Research Assistant)
| Philip Caplan<br> MIT, Research Assistant


|  
|  
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|style="background: white"|   
|style="background: white"|   
| [ Hugh Carson ] (MIT,Research Assistant)
| Hugh Carson<br> MIT, Research Assistant


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|style="background: white"|[[Image:Joibest_pic.jpg|108px]]  
|style="background: white"|[[Image:Joibest_pic.jpg|108px]]  
| [ Joi Best ] (undergraduate research assistant)
| Joi Best<br> Undergraduate Research Assistant


| Image to Mesh Conversion
| Image to Mesh Conversion
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|style="background: white"|[[Image:Student_Angelopoulos.png|108px]]
|style="background: white"|[[Image:Student_Angelopoulos.png|108px]]
| [https://cepm.cs.odu.edu/People  Angelos Angelopoulos] (undergraduate research assistant)
| [https://cepm.cs.odu.edu/People  Angelos Angelopoulos]<br> Undergraduate Research Assistant


| High Performance Computing
| High Performance Computing
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|style="background: white"| [[Image:Student Spiros Tsalikis.jpg|108px]]
|style="background: white"| [[Image:Student Spiros Tsalikis.jpg|108px]]
| [  Spyridon Tsalikis ] (AUTH,undergraduate research assistant)
| Spyridon Tsalikis<br> AUTH, Undergraduate Research Assistant


|    High performance computing  
|    High performance computing  
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|style="background: white"|[[Image:Student_Kyriaki_Kavazidi.jpg|108px]]
|style="background: white"|[[Image:Student_Kyriaki_Kavazidi.jpg|108px]]
| [  Kyriaki Rafailia Kavazidi ]
| Kyriaki Rafailia Kavazidi


|    Medical Student
|    Medical Student
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|style="background: white"|[[Image:Student_Eleni_Adam.jpg|108px]]
|style="background: white"|[[Image:Student_Eleni_Adam.jpg|108px]]
| [  Eleni Adam ]
| Eleni Adam


|    Image Registration & Image to Mesh Conversion
|    Image Registration & Image to Mesh Conversion
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|style="background: white"|[[Image:Student_Drakopoulos.jpg|108px]]
|style="background: white"|[[Image:Student_Drakopoulos.jpg|108px]]
| [  Fotis Drakopoulos]
| Fotis Drakopoulos


|Delaunay and AFT-based mesh generation and their speculative parallel implementations
|Delaunay and AFT-based mesh generation and their speculative parallel implementations

Revision as of 09:01, 28 March 2018

Principal Investigator

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 in Parallel Mesh Generation

Christos Tsolakis
Research Assistant 		Parallel Constrained, Data Refined, and Optimistic for a combination of Delaunay/AFT-based methods


Kevin Garner
Research Assistant 		Parallel Data Refinement using Advancing Front Local Reconnection Mesh Generation (AFLR) Software
Polykarpos Thomadakis
Research Assistant 		Parallel Runtime Systems
Thomas Kennedy
Instructor 		High performance computing


Philip Caplan
MIT, Research Assistant
Hugh Carson
MIT, Research Assistant


Undergraduate Students in Parallel Mesh Generation

Joi Best
Undergraduate Research Assistant 		Image to Mesh Conversion
Angelos Angelopoulos
Undergraduate Research Assistant 		High Performance Computing
Spyridon Tsalikis
AUTH, Undergraduate Research Assistant 		High performance computing


Graduate Students in Medical Image Computing

Kyriaki Rafailia Kavazidi Medical Student
Eleni Adam Image Registration & Image to Mesh Conversion


Graduate Students in Education

[[]] []

External Collaborators

David Darmofal Parallel Error-based metrics

Parallel Adaptive Mesh Refinement

David Marcum Parallel Anisotropic AFT-based Mesh Generation and Adaption

Interactions with Geometry

Prof. Jim Jiao Scalable Abstractions for Geometry
Fotis Drakopoulos Delaunay and AFT-based mesh generation and their speculative parallel implementations
Dr. Andriy Kot Parallel Runtime Software Systems
Prof. Dimitris Nikolopoulos Parallel Power Aware Runtime Systems

Programming Languages

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