| 1 |
Introduction to UNIX/Linux Shell and Command lines |
A. Olloh, T. Valette, H. Cartiaux |
4h45 |
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Pre-requisites and Setup instructions |
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| 2 |
Preliminaries (SSH - OpenOnDemand) |
A. Olloh, T. Valette |
1h30 |
| 3 |
Getting Started 2.0 Introduction to the SLURM Job Scheduler, basic launchers |
H. Cartiaux |
1h45 |
| 4 |
HPC Management of Sequential and Embarrassingly parallel jobs |
S. Varrette |
1h30 |
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Distributing embarrassingly parallel tasks GNU Parallel |
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| 5 |
HPC Software Building: optimizing and complementing the ULHPC software set |
S. Varrette |
50min |
| 6 |
Prototyping with python |
S. Peter |
2h30 |
| 7 |
HPC Containers with Singularity |
E. Kieffer |
45min |
| 8 |
Advanced distributed computing with python and Dask |
E. Kieffer |
1h35 |
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Parallel machine learning with scikit-learn |
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|
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Parallel evolutionary computing with Scoop/Deap |
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| 9 |
Scalable Science with OpenMP/MPI |
S. Varrette |
1h20 |
|
Keynote / Advanced Performance Engineering for Efficient Parellel Debugging |
X. Besseron |
45min |
| 10 |
Introduction to OpenACC Programming Model (C/C++ and Fortran) |
E. Krishnasamy, L. Koutsantonis, T. Pessoa |
1h45min |
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Solving the Laplace Equation on GPU with OpenACC |
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Introduction to OpenCL Programming (C/C++) |
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| 11 |
R - Statistical computing |
A. Ginolac |
2h30 |
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Keynote / Data management (backup, security) |
S. Peter |
1h00 |
| 12 |
Big Data Analytics: Batch, Stream and Hybrid processing engines |
S. Varrette |
55min |
