Name: 19th Workshop on high performance computing in meteorology
Start: 2021-09-20T08:20:00+01:00
End: 2021-09-24T18:30:00+01:00
Location: No location set

A baseline for global weather and climate simulations at 1km resolution (in session "Session 1")

A mixed precision implementation in Numerical Weather Prediction models (in session "Session 5")

Accelerating IFS Physics Code on Intel GPUs Using OneAPI (in session "Session 8")

Accelerating Storage with Optane & DAOS (in session "Session 10")

AI vs. mathematical modeling for climate and weather analysis (in session "Session 10")

AMDs Journey to Exascale (in session "Session 5")

An approach to architectural design for exascale systems (in session "Session 1")

An update on the LFRic project (in session "Session 3")

Autosubmit: An end-to-end workflow manager (in session "Session 3")

Bridging gaps: The Maestro Data-Aware Middleware (in session "Session 3")

Building Global Kilometer-Scale Prediction Models (in session "Session 2")

Can cloud computing accelerate transition of research to operations for workflows with cycling data assimilation? (in session "Session 8")

Closing remarks (in session "Session 10")

Computational efforts to improve the OpenIFS efficiency towards the exascale era (in session "Session 3")

Destination Earth and Digital Twins - A European opportunity for HPC (in session "Session 2")

Developing Climate Models in Python (in session "Session 8")

DKRZ site news: The new system (in session "Session 5")

Driving Numerical Weather Prediction with NVIDIA technology (in session "Session 9")

ECMWF's new data centre in Bologna (in session "Session 1")

Elastic Large Scale Ensemble Data Assimilation with Particle Filters for Continental Weather Simulation (in session "Session 7")

ESCAPE 2: Energy-efficient SCalable Algorithms for weather and climate Prediction at Exascale (in session "Session 9")

European Weather Cloud: A community cloud service tailored for Meteorology (in session "Session 8")

Exascale Computing for NWP and Climate Science (in session "Session 4")

Exascale-ready adaptive mesh refinement and applications in Earth system modelling (in session "Session 7")

Exploring the Programming Models for the LUMI Supercomputer (in session "Session 6")

First Experiences with CDI-PIO on DAOS (in session "Session 10")

How could/should digital twin thinking change how we use HPC in weather and climate? (in session "Session 2")

Hybrid multi-grid parallelization of WAVEWATCH III model on spherical multiple-cell grids (in session "Session 6")

IFS on AWS - Running RAPS in the cloud (in session "Session 8")

Implementation of a performance-portable global atmospheric model using a domain-specific language in Python (in session "Session 4")

InfiniBand In-Network Computing Technology and Roadmap (in session "Session 1")

Intel® HPC update for Earth System Modelling (in session "Session 6")

Keynote: Fugaku: the First “Applications First” Exascale Supercomputer and Beyond (in session "Session 7")

Keynote: Preparing for Extreme Heterogeneity in High Performance Computing (in session "Session 4")

Keynote: Towards Earth System Modeling Systems at Storm Resolving Resolutions (in session "Session 6")

LUMI: the EuroHPC pre-exascale system of the North (in session "Session 2")

Machine learning models to emulate gravity wave drag by Atos Center of Excellence (in session "Session 10")

Machine learning, high performance computing and numerical weather prediction (in session "Session 10")

MareNostrum 5 (in session "Session 2")

Navigating the evolving path to exascale with NCAR’s Derecho (in session "Session 10")

NEC SX-Aurora TSUBASA for your better application performance (in session "Session 9")

Next generation ICON NWP forecasting system on NVIDIA GPUs at MeteoSwiss (in session "Session 9")

On the Convergence of HPC, Cloud and Data Analytics for Exascale Weather Forecasting - ECMWF Present and Future (in session "Session 3")

Opening and welcome

Operational NWP at DWD: Life before Exascale (in session "Session 1")

Optimization of ACRANEB2 radiation kernel on Intel Xeon Processors. (in session "Session 8")

Overview of the Heterogeneous Computing Project in the Weather & Climate Center of Excellence (in session "Session 9")

Performance Portability for Existing Weather and Climate Models using PSyclone: Application to the NEMO Ocean Model. (in session "Session 5")

Preparing the IFS for HPC accelerator architectures (in session "Session 1")

Single-Precision in Earth-System Models (in session "Session 5")

Studying a new GPU treatment for chemical modules inside CAMP (in session "Session 9")

Supercomputer Fugaku and new achievement using Fugaku and AI technologies for high-resolution, real-time tsunami inundation prediction (in session "Session 5")

Tackling the EXAScaler Data Challenge (in session "Session 10")

Tasmania: A stencil-oriented framework for performance-portable weather and climate applications in Python (in session "Session 4")

The Leonardo pre-exascale EuroHPC system in the context of CINECA's HPC architecture for the meteo-clima services (in session "Session 2")

The new very-high-resolution EC-Earth 4 climate demonstrator (in session "Session 3")

Towards fault tolerance in high-performance computing for numerical weather and climate prediction (in session "Session 7")

Virtual dinner speech (in session "Session 6")

19th Workshop on high performance computing in meteorology

Material Package

#HPCWS2021