Organization

ETH Zurich / CSCS
Presenters / Organizers
Mauro Bianco
John Biddiscombe
Fabian Bösch
Jonathan Coles
Till Ehrengruber
Hussein el Harake
Daniel Ganellari
Rico Häuselmann
Rico Häuselmann
Alberto Invernizzi
Christos Kotsalos
Anton Kozhevnikov
Rocco Meli
Philip Müller
Samuel Omlin
Enrique Paredes
Jean-Guillaume Piccinali
Auriane Reverdell
William Sawyer
Thomas C. Schulthess
Mikael Simberg
Raffaele Solcà
Felix Thaler
Hannes Vogt
Session Chairs
Mauro Bianco
Enrique González Paredes
Samuel Omlin
William Sawyer
Hannes Vogt
Presentations
Paper
Arrowhead Factorization of Real Symmetric Matrices and its Applications in Optimized Eigendecomposition
Chemistry and Materials
Minisymposium
Can we Build Composable Atmospheric Models Without Sacrificing Performance?
Climate, Weather, and Earth Sciences
Engineering
Minisymposium
EMOI: CSCS Extensible Monitoring and Observability Infrastructure
Climate, Weather, and Earth Sciences
Applied Social Sciences and Humanities
Engineering
Minisymposium
Global Storm Resolving Simulations in a Python Framework: An (early) Perspective from EXCLAIM
Climate, Weather, and Earth Sciences
Minisymposium
Multi-GPU Optimization of a Large-Scale Cortical Model of Human-Like Gaze Behaviour
Climate, Weather, and Earth Sciences
Physics
Computational Methods and Applied Mathematics
Poster
P01 - Accelerating the Computation of Koopmans Functionals Using the SIRIUS Library
Poster
P22 - FFT-Accelerated Polynomial Transforms for Fully Spectral Simulations
Poster
P24 - Fully Spectral Dynamo Simulations for Heterogeneous Computing
Poster
P26 - GPU-Accelerated Linear-Response for DFT+Hubbard Using the SIRIUS Library
Poster
P27 - A GT4Py-Based Multi-Node Standalone Python Implementation of the ICON Dynamical Core
Poster
P28 - GT4Py: A Python Framework for the Development of High-Performance Weather and Climate Applications
Poster
P37 - Parallel Implementation of Mesh-Free Operators for 2D and 3D PDEs on a Sphere for Atmospheric Dynamics
Poster
P39 / ACMP11 - Performance Regression Unit Testing for High Performance Computing Packages in Julia
Poster
P40 - A Performance-Portable All-Scale Atmospheric Model Framework
Poster
P42 - A Python Dynamical Core for Operational Numerical Weather Prediction
Poster
P49 - The Task-Based GPU-Enabled Distributed Eigensolver available in DLA-Future
Minisymposium
The Energy Efficiency and Carbon Footprint of ICON Climate Model Simulations at CSCS
Climate, Weather, and Earth Sciences
Applied Social Sciences and Humanities
Engineering
Minisymposium
Walking the Walk: The ESM Community must be a Role Model in Energy Efficiency
Climate, Weather, and Earth Sciences
Applied Social Sciences and Humanities
Engineering
Sessions
Minisymposium
MS1F - Energy Efficiency and Carbon Footprint of Earth System Modeling in Times of Spiraling Electricity Prices and Net-Zero Goals
Climate, Weather, and Earth Sciences
Applied Social Sciences and Humanities
Engineering
Minisymposium
MS5E - Julia for HPC: Tools and Applications - Part I
Climate, Weather, and Earth Sciences
Physics
Computational Methods and Applied Mathematics
Minisymposium
MS6A - Architectures for Hybrid Next-Generation Weather and Climate Models
Climate, Weather, and Earth Sciences
Engineering
Minisymposium
MS6E - Julia for HPC: Tools and Applications - Part II
Climate, Weather, and Earth Sciences
Physics
Computational Methods and Applied Mathematics