Organization

ECMWF
Contributors
Peter Bauer
Peter Bauer
Willem Deconinck
Peter Dueben
James Hawkes
Christian Kühnlein
Christian Kühnlein
Michael Lange
Olivier Marsden
Tiago Quintino
Baudouin Raoult
Simon Smart
Piotr Smolarkiewicz
Nils Wedi
Nils Wedi
Presentations
Paper
A High-Performance Distributed Object-Store for Exascale Numerical Weather Prediction and Climate
Climate and Weather
Paper
Plenary
Accelerating High-Resolution Weather Models with Deep-Learning Hardware
Climate and Weather
Minisymposium
An Overview of Current Machine Learning Applications in Weather and Climate
Climate and Weather
Minisymposium
ECMWF's Extreme Data Challenges Towards a Exascale Weather Forecasting System
Computer Science and Applied Mathematics
Climate and Weather
Physics
Minisymposium
ECMWF's IO and Storage Challenges in the Path to Exascale Numerical Weather Prediction
Computer Science and Applied Mathematics
Minisymposium
Elliptic Solvers for Large-Time-Step Simulations of All-Scale Global Atmospheric Dynamics
Computer Science and Applied Mathematics
Climate and Weather
Minisymposium
Global Cloud-Resolving Simulations at ECMWF - Status and Prospects
Climate and Weather
Panel Discussion
Plenary
PD01: Exascale and Beyond: Challenges in Productive and Sustainable Software
Minisymposium
Porting ESCAPE Cloud Microphysics Dwarf to an FPGA
Computer Science and Applied Mathematics
Emerging Application Domains
Chemistry and Materials
Climate and Weather
Physics
Solid Earth Dynamics
Life Sciences
Engineering
Minisymposium
Reduced Numerical Precision in Atmosphere Models and Computational Performance Evaluation
Climate and Weather
Minisymposium
The Role of Atlas in Supporting a Domain Specific Toolchain
Climate and Weather
Minisymposium
Towards Targeting Multiple HPC Architectures with IFS Physics
Climate and Weather
Sessions
Minisymposium
MS02 - Bridging the Software Productivity Gap for Weather and Climate Models, Part I of II
Climate and Weather
Minisymposium
MS08 - Bridging the Software Productivity Gap for Weather and Climate Models, Part II of II
Climate and Weather
Minisymposium
MS29 - Interoperability of Abstractions, High Level Languages and Intermediate Representations for High Productivity of Weather and Climate Models
Climate and Weather
Minisymposium
MS28 - High-Resolution Weather and Climate Simulations: High-Performance Computing and Science Case
Climate and Weather
Minisymposium
MS53 - Machine Learning in Weather and Climate
Climate and Weather
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