| Monday 25 May 2020 | ||
|
J. Biercamp (DKRZ, DE) |
Opening and Welcome |
|
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Session 1 |
Very high-resolution modeling |
Abstracts and Slides |
|
S. Hatfield |
ECMWF (UK) | |
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N. Koldunov |
MARUM / AWI (DE) |
Very high resolution modelling with unstructured mesh global ocean model (FESOM2) |
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G. van den Oord |
Netherlands eScience Center (NL) |
|
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M. Castrillo |
BSC (ES) |
The NEMO ORCA36 configuration and approaches to increase NEMO4 efficiency |
|
Coffee Break |
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|
B. Stevens |
MPI-M (DE) |
Next Generation Earth System Models: Lessons learned and looming challenges |
|
C. Bricaud |
Mercator Ocean International (FR) |
Overview of the first year of the NEMO global 1/36° configuration (ORCA36) development |
|
J. Nugent |
University of Washington (US) |
Evaluating Convection and Tropical Tropopause Layer Cirrus in the DYAMOND Simulations |
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End of Day 1 |
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| Tuesday 26 May 2020 | ||
|
J. Biercamp (DKRZ, DE) |
Opening and Welcome |
|
|
Session 1 |
Very high-resolution modeling |
Abstracts and Slides |
|
P. Li |
Chinese Academy of Meteorological Sciences (CN) |
Model performance of storm resolving models in simulating mesoscale convective systems |
|
Session 2 |
Performance portability |
Abstracts and Slides |
|
S. Matsuoka |
RIKEN (JP) | |
|
X. Huang |
Tsinghua University (CN) |
OpenArray v1.0: a simple operator library for the decoupling of ocean modleing and parallel computing Slides |
|
C. Guzman |
BSC (ES) |
Accelerating Chemistry Modules in Atmospheric Models using GPUs |
|
P. Bartman |
Jagiellonian University (PL) |
Bridging performance and pythonicity with Numba, Pythran and ThrustRTC |
|
Coffee Break |
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| M. Röthlin | MeteoSwiss (CH) |
Preparing dawn for Weather and Climate Models on Triangular Grids |
|
H. Koestler |
Friedrich-Alexander- Universität Erlangen-Nürnberg (DE) |
|
|
R. Ford |
STFC Hartree Centre (UK) |
|
|
I. Kavcic |
MetOffice (UK) |
|
|
End of Day 2 |
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| Thursday 28 May 2020 | ||
|
J. Biercamp (DKRZ, DE) |
Opening and Welcome |
|
|
Session 2 |
Performance portability |
Abstracts and Slides |
|
R. Jacob |
Argonne National Laboratory (US) |
Software development for performance in the Energy Exascale Earth System Model |
|
P. Bauer |
ECMWF (UK) |
ECMWF's roadmap towards extreme-scale computing |
| D. Arevalo |
US NRL (US) |
Computational Evaluation of Commercial Cloud HPC with a Global Atmospheric Model |
|
D. Heinzeller |
CU/CIRES & NOAA/ESRL/GSD (US) |
|
|
J. Dahm |
Vulcan Inc. (US) |
Compiler toolchain for scalable weather and climate simulation using FV3 on GPUs |
|
Coffee Break |
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|
Session 3 |
Machine learning for parameterization schemes |
Abstracts and Slides |
|
R. Loft |
University Corporation for Atmospheric Research (US) |
Exascale Climate: Can OpenACC and Machine Learning Deliver the Goods? |
|
C. Bretherton |
University of Washington (US) |
Deep learning for cloud parameterization schemes |
|
S. Posey |
NVIDIA (US) |
|
|
P. Dueben |
ECMWF (UK) |
|
|
End of Day 3 |
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| Friday 29 May 2020 | ||
|
J. Biercamp (DKRZ, DE) |
Opening and Welcome |
|
|
Session 3 |
Machine learning for parameterization schemes |
Abstracts and Slides |
|
M. Chantry |
University of Oxford (UK) |
Emulation of the gravity wave drag Slides |
|
M. Moreno de Castro |
DKRZ (DE) |
|
|
C. Gomez |
BSC (ES) |
Learning to simulate precipitation with Deep Neural Networks |
|
F. Jansson |
CWI (NL) |
|
|
Session 4 |
Challenges in exascale data processing and visualization |
Abstracts and Slides |
|
N. Röber |
DKRZ (DE) |
Large Data Visualization |
|
Coffee Break |
||
|
D. Elia |
CMCC (IT) |
A HPDA-enabled environment for scalable climate data analysis |
|
J. Kunkel |
University of Reading (UK) |
|
|
J. Durachta |
NOAA GFDL (US) |
Initial Experiences with a Cluster Mounted Flash File System |
|
A. Radhakrishnan |
Princeton University/NOAA GFDL (US) |
|
|
V. Pascucci |
University of Utah (US) |
Data Analytics and Visualization of Massive Climate and Weather Data Slides (PPTX) - download to see embedded video clips |
|
Wrap-up & end of the workshop |
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