| Thursday June 30, 2020 | ||
|
G. Riley (UniMan, UK), G. Aloisio (CMCC, IT) |
Opening and Welcome |
|
| Session 1 |
Exascale hardware (Chair: G. Riley) |
Abstracts and Slides |
|
T. Schulthess |
CSCS (CH) |
A useful definition of exascale computing for weather and climate modelling |
|
J. Labarta |
BSC (ES) |
|
| J.M. Denis | ATOS/EPI (FR) |
European Processor Initiative: the European approach for Exascale ages |
|
K. Koskik |
CSC/LUMI (FI) |
|
|
E. Suarez |
Jülich Supercomputing Centre (DE) |
|
| Lunch Break | ||
| Session 2 |
Programming models andhardware interplay (Chair: C. Osuna) |
Abstracts and Slides |
|
J. Goodacre |
UniMan (UK) |
|
|
R. Ford |
Science and Technology Facilities Council (UK) |
|
| H. Köstler |
University of Erlangen-Nuremberg (DE) | |
|
S. McIntosh-Smith |
University of Bristol (UK) |
|
|
D. Lezzi |
BSC (ES) |
|
|
I. Kavcic |
Met Office (UK) |
LFRic and PSyclone: Utilising DSLs for performance portability |
| Coffee Break | ||
| Session 3 |
Machine Learning (Chair: G. Aloisio) |
Abstracts and Slides |
|
P. Dueben |
ECMWF (UK) |
|
|
T. Hoefler |
ETH Zurüch (CH) |
Deep Learning for Post-Processing Ensemble Weather Forecasts |
| O. Dunbar |
Caltech (USA) |
Efficiently constraining parameter uncertainty in a General Circulation Model using targeted data |
|
P. Gentine |
Columbia University (USA) |
|
|
C. Monteleoni |
Colorado University (USA) |
Climate Informatics: Machine Learning for the Study of Climate Change |
|
N. Brenowitz |
Vulcan Inc. (USA) |
|
| Wrap up and closing session | ||
