Difference between revisions of "PublicationsOther"
From crtc.cs.odu.edu
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[https://crtc.cs.odu.edu/pub/html_output/details.php?&title=Scalable%203D%20Hybrid%20Parallel%20Delaunay%20Image-to-Mesh%20Conversion%20Algorithm%20for%20Distributed%20Shared%20Memory%20Architectures&paper_type=2&from=year| Scalable 3D Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm for Distributed Shared Memory Architectures] | [https://crtc.cs.odu.edu/pub/html_output/details.php?&title=Scalable%203D%20Hybrid%20Parallel%20Delaunay%20Image-to-Mesh%20Conversion%20Algorithm%20for%20Distributed%20Shared%20Memory%20Architectures&paper_type=2&from=year| Scalable 3D Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm for Distributed Shared Memory Architectures] | ||
Daming Feng, Christos Tsolakis, Andrey Chernikov and Nikos Chrisochoides | Daming Feng, Christos Tsolakis, Andrey Chernikov and Nikos Chrisochoides | ||
| − | Computer-Aided Design, Volume 85, pages 10 -- 19, 2017 | + | Published in Computer-Aided Design, Volume 85, pages 10 -- 19, 2017 |
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[https://crtc.cs.odu.edu/pub/html_output/details.php?&title=Two-level%20Locality-Aware%20Parallel%20Delaunay%20Image-to-Mesh%20Conversion&paper_type=2&from=year| Two-level Locality-Aware Parallel Delaunay Image-to-Mesh Conversion] | [https://crtc.cs.odu.edu/pub/html_output/details.php?&title=Two-level%20Locality-Aware%20Parallel%20Delaunay%20Image-to-Mesh%20Conversion&paper_type=2&from=year| Two-level Locality-Aware Parallel Delaunay Image-to-Mesh Conversion] | ||
Daming Feng, Andrey Chernikov and Nikos Chrisochoides | Daming Feng, Andrey Chernikov and Nikos Chrisochoides | ||
| − | + | Published in Parallel Computing, in press, 10.1016/j.parco.2016.01.007, February, 2016 | |
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Revision as of 12:09, 26 March 2018
2018
Fine-grained Speculative Topological Transformation Scheme for Local Reconnection Method Fotios Drakopoulos, Christos Tsolakis and Nikos Chrisochoides Accepted in AIAA Aviation Forum 2018, Atlanta, Georgia, June, 2018
Parallel Software Framework for Large-Scale Parallel Mesh Generation and Adaptation for CFD Solvers Polykarpos Thomadakis, Christos Tsolakis, Konstantinos Vogiatzis, Andriy Kot and Nikos Chrisochoides Accepted in AIAA Aviation Forum 2018, Atlanta, Georgia, June, 2018
Parallel Data Refinement Layer of a Telescopic Approach for Extreme-scale Parallel Mesh Generation for CFD Applications Nikos Chrisochoides, Andrey Chernikov, Thomas Kennedy, Christos Tsolakis and Kevin Garner Accepted in AIAA Aviation Forum 2018, Atlanta, Georgia, June, 2018
2017
A Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm Scalable on Distributed-Memory Clusters Daming Feng, Andrey Chernikov and Nikos Chrisochoides Published in Computer-Aided Design, December, 2017
Efficient Core Utilization in a Hybrid Parallel Delaunay Meshing Algorithm on Distributed-Memory Cluster Daming Feng, Andrey Chernikov and Nikos Chrisochoides 26th International Meshing Roundtable, Barcelona, Spain, September, 2017
Scalable 3D Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm for Distributed Shared Memory Architectures Daming Feng, Christos Tsolakis, Andrey Chernikov and Nikos Chrisochoides Published in Computer-Aided Design, Volume 85, pages 10 -- 19, 2017
2016
A Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm Scalable on Distributed-Memory Clusters Daming Feng, Andrey Chernikov and Nikos Chrisochoides International Meshing Roundtable, September, 2016
Telescopic Approach for Extreme-scale Parallel Mesh Generation for CFD Applications Nikos Chrisochoides Published in AIAA Aviation, June, 2016
Two-level Locality-Aware Parallel Delaunay Image-to-Mesh Conversion Daming Feng, Andrey Chernikov and Nikos Chrisochoides Published in Parallel Computing, in press, 10.1016/j.parco.2016.01.007, February, 2016
2015
Scalable 3D Hybrid Parallel Delaunay Image-to-Mesh Conversion Algorithm for Distributed Shared Memory Architectures Daming Feng, Christos Tsolakis, Andrey Chernikov and Nikos Chrisochoides 24th International Meshing Roundtable, Austin, Texas, October, 2015
- MIT IMR paper
- David M IMR paper
