How much high performance computing does meteorology need?
Introduction
Welcome Address
Philippe Steiner, MeteoSwiss
1_Steiner_MeteoSwiss.pdf, 828 KB
Contribution of high performance computing to the evolution of meteorology in the last decade
Dominique Marbouty, ECMWF
Part A: Added value of the increasing computing performance
What is the expected added value of a further increase in resolution in the short to medium range forecast?
Humphrey Lean, UK Met Office
3_Lean_UK_Met_Office.pdf, 1.5 MB
What is the expected added value of a further increase in resolution in climate science?
Bjorn Stevens, MPI-M
Towards cloud-resolving climate modeling
Christoph Schär, ETH Zürich
5_Schaer_ETH_Zurich.pdf, 8.1 MB
Higher resolution vs. ensemble forecasting
Bodo Ritter, DWD
The importance of high performance computing for post-processing
Thordis Thorarinsdottir, Uni Heidelberg
7_Thorarinsdottir_Uni_Heidelberg.pdf, 3.5 MB
Part B: The future of high performance computing
Future role of high performance computing in the advancement of science
Thomas Schulthess, CSCS
8_Schulthess_CSCS.pdf, 10.3 MB
How MeteoSwiss is preparing for future HPC architectures
Oliver Fuhrer, MeteoSwiss
9_Fuhrer_MeteoSwiss.pdf, 966 KB
