Internal:Student Reports: Difference between revisions
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=== Kevin === | === Kevin === | ||
[[Internal:Weekly_Notes | Timetable/Primary Reports/Notes]] | |||
[[Internal:PDR_AFLR |PDR.AFLR Stability and Scalability]] | [[Internal:PDR_AFLR |PDR.AFLR Stability and Scalability]] | ||
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[[Internal:PDR_AFLR_Performance_AIAA |AIAA PDR.AFLR Performance Data]] | [[Internal:PDR_AFLR_Performance_AIAA |AIAA PDR.AFLR Performance Data]] | ||
[[Internal:Report_Status | | [[Internal:Report_Status |Old Reports]] | ||
[[Internal:PsC_AFLR_Performance |PsC.AFLR Performance Data]] | [[Internal:PsC_AFLR_Performance |PsC.AFLR Performance Data]] | ||
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[[Internal:Distributed_CDT3D_Notes | Distributed CDT3D Notes]] | [[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 === | === Emmanuel === | ||
[[Internal:Quantum Information Science (QIS General) |Quantum Information Science (QIS General)]] | |||
[[Internal:Quantum_Edge_Detection |Quantum Edge Detection]] | [[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 === | === 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:Quantum_PDEs |Quantum PDEs]] | ||
[[Internal:weekly_report_rector |Weekly Report]] | |||
=== Devon === | === Devon === | ||
Latest revision as of 13:39, 21 December 2024
Current Students
Polykarpos
Intel Xeon Phi and High Bandwidth Memory
Heterogeneousarchitecturesforcomputationalintensiveapplications:Acost-effectivenessanalysis
Kevin
Timetable/Primary Reports/Notes
PDR.AFLR Stability and Scalability
AFLR Point Spacing/Distribution Function Parameters
AIAA PDR.AFLR Performance Data
Next Generation Boundary Layer
Image-to-Mesh Conversion Project Notes
PREMA.CDT3D and PDR.PODM Experiences Data
Emmanuel
Quantum Information Science (QIS General)
Quantum Natural Language Processing
Chris
Quantum Euclidean Distance (QDist)
Quantum Hausdorff Distance (QHD)
Distributed Hadamard Quantum Edge Detection (DQHED)
Quantum Nested Expectation Maximization (QNEM)
Quantum Canny Edge Detection (QCED)
Devon
Former Students
Angelos
Christos
speculative meshing operations using tasks paper - overleaf
Adaptive CDT3D paper - overleaf
Parallel Grid Adaptation Paper (UGAWG) - overleaf
Internal:Adaptive_Meshing_For_APBNRR
Scitech Journal paper latest draft
Candidacy exam (document) (presentation .pptx) (presentation pdf)
Parallel Mesh Generation review paper
AIAA Sonic Boom Prediction Workshop (next in 2020)
Some Mesh Generation Journal papers
NIA presentation (September 2018)
PODM4D fine grain concurrency benchmark
Geometry and Mesh Generation Workshop
High capacity Computational Resources
MPI PDR.PODM 16,000 cores data and other
Spiros
Image-To-Mesh Conversion Projects
BioInformatics Projects
Contrained Mesh Refinement Projects
CNF Related Projects
Monte Carlo Event Generator using a Tessellation
Utilities Projects
Synthetical Image Data Generator
Other Projects
Medical Imaging SubGroup (Eleni, Thomas , Angelos)
Preprocessing of Medical Images
Execution and Evaluation of Medical Imaging data
Joi
Image-to-Mesh (I2M) Conversion Tool
Reports
General
Conference Slides
Proposal Resources
Internal:NSF_PPOSS_Funded_Proposals
Notes
Internal:CNF_HPC_Workshop_2019
Internal:Kokkos_Tutorial_2020_02_19
Internal:Intel_OneAPI_Tutorial_2020_02_20
Papers
Meshless Voronoi on the GPU, Nicolas Ray,Dmitry Sokolov,Sylvain Lefebvre,Bruno Lévy
Democratizing Mesh Adaptation forComputational Fluid Dynamics Michael Park
Videos
Using Graphs for Unstructured Data (Keshav Pingali)
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, (presentation), (shared directory)
- 2021.02.03 - Kevin & Spiros
- Introduction to GPU Parallelism, (presentation)
- 2021.02.10 - Kevin & Spiros
- GPU Architecture, (presentation)