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[HYBRID] Hybrid Programming in HPC – MPI+X

10–12 Feb 2026
HLRS, University of Stuttgart
Europe/Berlin timezone

Tobias Haas

Contribution List

32 / 32
1. Hunter's hardware architecture and its programming models
10/02/2026, 09:10

Hunter's hardware architecture and its programming models
Dr. Christian Simmendinger (HPE) and Igor Pasichnyk (AMD), and Johanna Potyka (AMD)
2. Introduction to Hybrid Programming in HPC – MPI+X
10/02/2026, 10:15
3. Programming Models
10/02/2026, 10:45
4. Programming Models - MPI + OpenMP
10/02/2026, 10:50
5. Practical (how to compile and start)
10/02/2026, 11:45
6. MPI + OpenMP
10/02/2026, 14:00
7. MPI + OpenMP
10/02/2026, 15:00
8. Practical (how to do pinning)
10/02/2026, 15:45
9. Q&A
10/02/2026, 16:15
28. MPI + OpenMP
11/02/2026, 08:45
29. Case study: Simple 2D stencil smoother
11/02/2026, 09:00
30. Practical (hybrid through OpenMP parallelization)
11/02/2026, 09:30
31. Overlapping Communication and Computation
11/02/2026, 11:00
32. Practical (taskloops)
11/02/2026, 11:30
14. MPI + OpenMP Conclusions
11/02/2026, 12:15
15. MPI + Accelerators
11/02/2026, 14:00
16. MPI + Accelerators
11/02/2026, 15:15
17. Q&A
11/02/2026, 16:15
19. Programming Models (continued)
12/02/2026, 08:45
20. MPI + MPI-3.0 Shared Memory
12/02/2026, 09:05
21. MPI Memory Models and Synchronization
12/02/2026, 10:15
22. Optimized node to node communication
12/02/2026, 11:15
23. Recap - MPI Virtual Topologies
12/02/2026, 11:35
24. Topology Optimization
12/02/2026, 13:35
25. Conclusions
12/02/2026, 14:15
26. Practical (replicated data)
12/02/2026, 14:45
27. Q&A
12/02/2026, 16:00
11. Case study: Simple 2D stencil smoother
18. Coffee Break
10. MPI + OpenMP
12. Overlapping Communication and Computation
13. Practical (taskloops)
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