Internal:Student Reports: Difference between revisions

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-== Eleni, Thomas , Angelos==
+== Current Students ==
+=== Polykarpos ===
+[[PREMA Shared Memory]]
+[[Internal:IMR_2018_Runtime_Systems | IMR 2018 Runtime Systems]]
+[[Intel Xeon Phi and High Bandwidth Memory]]
+[[CNF:Machine_Learning | CNF Machine Learning Project]]
+[[CNF:ML_Data_Denoise | Track denoising with ML]]
+[https://docs.google.com/presentation/d/1rF3rElnBCsKR_Z_66nTCmMqSZa3b51mEzswiLz_3d3Q/edit?usp=sharing  CNF HPC Workshop Slides]
+[[PREMA SW4| SW4 Benchmark with PREMA]]
+[[PDR.PODM Distributed Memory| PDR.PODM.PREMA]]
+[https://www.overleaf.com/read/vgwrypshrkqp PREMA-Argobots Paper]
+[https://olddominion-my.sharepoint.com/:b:/g/personal/pthom001_odu_edu/EYiL4h5xKThJgjyvbsFbZe4BH_4pr3rR-9x-gvErpDaq3A?e=hdy7ii Heterogeneousarchitecturesforcomputationalintensiveapplications:Acost-effectivenessanalysis]
+[[Internal:TAPAS]]
+=== Kevin ===
+[[Internal:Weekly_Notes | Timetable/Primary Reports/Notes]]
+[[Internal:PDR_AFLR |PDR.AFLR Stability and Scalability]]
+[[Internal:PDR_AFLR_Progress_Report |PDR.AFLR Progress Report]]
+[[AFLR_Point_Spacing/Distribution_Function_Parameters | AFLR Point Spacing/Distribution Function Parameters]]
+[[Internal:PDR_AFLR_Performance_Testing |PDR.AFLR Performance Testing]]
+[[Internal:PDR_AFLR_Performance_AIAA |AIAA PDR.AFLR Performance Data]]
+[[Internal:Report_Status |Old Reports]]
+[[Internal:PsC_AFLR_Performance |PsC.AFLR Performance Data]]
+[[Internal:Next_Generation_Boundary_Layer |Next Generation Boundary Layer]]
+[[Internal:CDT3D_GPU_Smoothing | CDT3D GPU Smoothing]]
+[[Internal:Distributed_CDT3D_Notes | Distributed CDT3D Notes]]
+[[Internal:I2M_Notes | Image-to-Mesh Conversion Project Notes]]
+[[Internal:Experiences_Data_CDT3D_PDR_PODM | PREMA.CDT3D and PDR.PODM Experiences Data]]
+=== Emmanuel ===
+[[Internal:Quantum Information Science (QIS General) |Quantum Information Science (QIS General)]]
+[[Internal:Quantum_Edge_Detection |Quantum Edge Detection]]
+[[Internal:Hybrid Computing |Hybrid Computing]]
+[[Internal:Quantum Machine Learning |Quantum Machine Learning]]
+[[Internal:Quantum Natural Language Processing |Quantum Natural Language Processing]]
+=== Chris ===
+[[Internal:QDist | Quantum Euclidean Distance (QDist)]]
+[[Internal:QHD | Quantum Hausdorff Distance (QHD)]]
+[[Internal:QED | Quantum Edge Detection (QED)]]
+[[Internal:DQHED |Distributed Hadamard Quantum Edge Detection (DQHED)]]
+[[Internal:QNEM |Quantum Nested Expectation Maximization (QNEM)]]
+[[Internal:QCED |Quantum Canny Edge Detection (QCED)]]
+[[Internal:Quantum_PDEs |Quantum PDEs]]
+[[Internal:weekly_report_rector |Weekly Report]]
+=== Devon ===
+[[Internal:Quantum_Clustering |Quantum Clustering]]
+== Former Students ==
+=== Angelos ===
+[[Internal:GPCD | GPCD]]
+[[Internal:APBNRRExecutionStatus | APBNRR Execution Status]]
+[[Internal:PAPBNRRComparison | Pristine vs New PAPBNRR]]
+[[Internal:APBNRRMachineLearning | APBNRR Machine Learning]]
+[[Internal: SlicerExtensions | Slicer Extensions]]
+=== Christos ===
+'''[https://olddominion-my.sharepoint.com/:f:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/papers  All papers]'''
+'''[https://olddominion-my.sharepoint.com/:f:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/presentations All presentations]'''
+<hr>
+[https://olddominion-my.sharepoint.com/:b:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/dissertation/christos_dissertation.pdf Dissertation .pdf]
+[https://www.overleaf.com/6438559258mdmsnbpffztx speculative meshing operations using tasks paper - overleaf]
+[https://www.overleaf.com/3459466599cnnfkhzmkczs Adaptive CDT3D paper - overleaf]
+[https://www.overleaf.com/8242192311zntgrtsphkvv Parallel Grid Adaptation Paper (UGAWG) - overleaf  ]
+[[Internal:Adaptive_Meshing_For_APBNRR]]
+[https://docs.google.com/presentation/d/1Fjt5PoDPXa715nOAjn0F4IJpdhscIGnlaQvweqFnB0U Adaptivity PPoSS slides]
+[https://docs.google.com/presentation/d/1RDtQufImuo5J1pKioIYDuTWCeX1UtjKyx7kQ2i24Tmo/edit?usp=sharing  CNF HPC slides]
+[https://git-community.cs.odu.edu/nikos/SciTech_2019/blob/draft/main.pdf Scitech Journal paper latest draft]
+[https://olddominion-my.sharepoint.com/:b:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/candidacy_exam/cand_exam.pdf Candidacy exam (document)]
+[https://olddominion-my.sharepoint.com/:p:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/candidacy_exam/PhD_Candidacy_presentation.pptx (presentation .pptx)]
+[https://olddominion-my.sharepoint.com/:b:/r/personal/nchrisoc_odu_edu/Documents/From_Box/CRTC_Students/ChristosT/candidacy_exam/PhD_Candidacy%20_presentation.pdf (presentation pdf)]
+[[Internal:Adaptive_CDT3D_Results | Metric Adaptive CDT3D results]]
+[[Internal:Argobots_and_CDT3D | Argobots and CDT3D]]
+[[Internal:4D_Predicates_Benchmark | 4D predicates benchmark]]
+[[CNF:Mesh Sizing for CNF data]]
+[[Internal:ACDT3D        | Metric Adaptive CDT3D Notes ]]
+[https://olddominion-my.sharepoint.com/:b:/r/personal/nchrisoc_odu_edu/Documents/frombox/CRTC_Students/ChristosT/candidacy_exam/paper.pdf Parallel Mesh Generation review paper]
+[https://lbpw.larc.nasa.gov/ AIAA Sonic Boom Prediction Workshop (next in 2020)]
+[[Internal:CDT3D_SU2 | SU2 and grid requirements ]]
+[[Internal:Boundary_Layer_References | Boundary Layer References ]]
+[[External:Mesh_Generation_Articles_In_Journals | Some Mesh Generation Journal papers]]
+[https://docs.google.com/document/d/1txyCu6ibheH19hi3nZ10LgHm-WzglUrT5y0AaO__VYk/edit?usp=sharing  PhD Tentative Shedule]
+[https://odu.box.com/s/sfkd5l3d9r5865qbsovx0eo6gwlaiask Poster IMR]
+[https://odu.box.com/s/1sok1edideblq4nctbufg79vud0oiu8f NIA presentation (September 2018) ]
+[[Internal:IMR_2018_Short_Course | IMR 2018 Short Course notes]]
+[[Internal:ACDT3D_Scitech2018 | SciTech 2018]]
+[[Internal:Machine_Learning_CDT3D |  Machine Learning and CDT3D]]
+[[Internal:AIAA_2018_CDT3D | CDT3D AIAA Aviation Paper ]]
+[[Internal:PODM4D_predicates | PODM4D fine grain concurrency benchmark ]]
+[[Internal:AIAA_Geometry_and_Mesh_Generation_Workshop | Geometry and Mesh Generation Workshop ]]
+[[Internal:CDT3D_RoadMap |CDT3D RoadMap]]
+[[Internal:Computational_Resources | High capacity Computational Resources ]]
+[[NDAM:Main | PODM 4D and Anisotropy ]]
+[https://docs.google.com/document/d/1jzTiohDA51VHXc65tfIFkmjrKM_8yQn7YYj2txEyhyU MPI PDR.PODM 16,000 cores data and other]
+=== Spiros ===
+'''Image-To-Mesh Conversion Projects'''
+[[Internal:Tessellate_2D | Tessellate 2D]]
+[[Internal:PODM_3D | PODM 3D]]
+[[Internal:PODM_4D | PODM 4D]]
+'''BioInformatics Projects'''
+[[Internal:GPCD | GPCD]]
+'''Contrained Mesh Refinement Projects'''
+[[Internal:CDT3D_GPU_Smoothing | CDT3D GPU Smoothing]]
+'''CNF Related Projects'''
+[[CNF:CNF_Data_Generation | CNF Data Generation]]
+[[CNF:Monte_Carlo_Event_Generator_using_a_Tessellation | Monte Carlo Event Generator using a Tessellation]]
+[[CNF:Smart_LookUp_Table_Utilities | Smart LookUp Table Utilities]]
+[[CNF:PartonsToNRRD | PartonsToNRRD]]
+[[CNF:Weighted_Mesh_To_Image | Weighted Mesh To Image]]
+[[Internal:TetGen_CNF | TetGen CNF]]
+'''Utilities Projects'''
+[[Internal:Synthetical_Image_Data_Generator | Synthetical Image Data Generator]]
+[[Internal:MeshIO | MeshIO]]
+'''Other Projects'''
+[[Internal:PDM_ND | PDM ND]]
+[[Internal:GPU_Usage | GPU Usage]]
+=== Medical Imaging SubGroup (Eleni, Thomas , Angelos) ===
 [[Internal:ReportCloud | Cloud Report]]
-==Christos ==
+[[Internal:Preprocess_Medical_Images |  Preprocessing of Medical Images]]
-[[Machine_Learning_CDT3D | Machine Learning and CDT3D]]
+[[Internal:Execution_And_Evaluation_Medical_Images |  Execution and Evaluation of Medical Imaging data]]
+=== Joi ===
+[[Tasks | Tasks ]]
+[[I2M_Conversion_Tool | Image-to-Mesh (I2M) Conversion Tool]]
+[[3D_Slicer_CBC3D_Extension | 3D Slicer CBC3D Extension ]]
+'''Reports'''
+[[CNF:CNF_Adaptivity | CNF Adaptivity]]
+== General ==
+===Conference Slides ===
+[https://odu.box.com/s/vev5nqudpd5yq143xfq99y7b8uyf0j4e AI in Nuclear Physics 2020]
+=== Proposal Resources ===
+[[Internal:NSF_PPOSS_Funded_Proposals]]
+===Notes ===
+[[Internal:CNF_Workshop]]
+[[Internal:CNF_HPC_Workshop_2019]]
+[[Internal:Kokkos_Tutorial_2020_02_19]]
+[[Internal:Intel_OneAPI_Tutorial_2020_02_20]]
+=== Papers ===
+[http://www.cs.odu.edu/crtc/internal/papers/O'Connell_et_al._-_2018_-_Application_of_the_Dependency_Inversion_Principle_.pdf T-infinity: The Dependency Inversion Principle for Rapid and Sustainable Multidisciplinary Software Development]
+[https://hal.inria.fr/hal-01927559  Meshless Voronoi on the GPU,  Nicolas Ray,Dmitry Sokolov,Sylvain Lefebvre,Bruno Lévy]
+[http://pages.saclay.inria.fr/frederic.alauzet/TetrahedronVI/Slides_Tetrahedron_VI/Thursday/Mike_Park_ugawg-tet-talk.pdf Democratizing Mesh Adaptation forComputational Fluid Dynamics Michael Park]
+[[Internal:Hashing_Meshes]]
+=== Videos ===
+[https://www.youtube.com/watch?v=pn7IqhOEGpY Using Graphs for Unstructured Data (Keshav Pingali)]
+[https://www.youtube.com/watch?v=RZ09uZs1ynA Big Data Brain Maps at Argonne National Laboratory (Bobby Kasthuri), ATPESC 2017]
+=== Other ===
+http://livingreview.in.tum.de/welcome/
+=== CRTC lab Virtual meetings ===
+* 2020.01.18 - Christos
+:* Unified Approach for Speculative Operations, [https://docs.google.com/presentation/d/1haL6NVwZzRVG0W71KoWmqLKgxkf6to2sUsdTH5Xn4kw (presentation)], [https://olddominion-my.sharepoint.com/:f:/r/personal/ctsol001_odu_edu/Documents/Parallel_Operations?csf=1&web=1&e=hQ8rPg (shared directory)]
+* 2021.02.03 - Kevin & Spiros
+:* Introduction to GPU Parallelism, [https://drive.google.com/file/d/1vW3VJXi04JB2N7XpVoNnXXSNv4i1Pnet/view?usp=sharing (presentation)]
+* 2021.02.10 - Kevin & Spiros
+:* GPU Architecture, [https://drive.google.com/file/d/1LfDwsbdscSpTk3eBT74lfIlSyD-W_Zwh/view?usp=sharing (presentation)]

Internal:Student Reports: Difference between revisions

Latest revision as of 13:39, 21 December 2024

Current Students

Polykarpos

Kevin

Emmanuel

Chris

Devon

Former Students

Angelos

Christos

Spiros

Medical Imaging SubGroup (Eleni, Thomas , Angelos)

Joi

General

Conference Slides

Proposal Resources

Notes

Papers

Videos

Other

CRTC lab Virtual meetings

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