Our world is warming, what are the implications ?
The Earth's globally averaged near-surface air temperature is already about 1.1 degrees warmer than during the pre-industrial era, and we are certain that the warming will continue. We are confident that a new class of computer simulations, which will only become possible with the next generation of supercomputers, will enable a step change in the ability of our simulations to simulate climate change down to regional scales.
Funded by the European High-Performance Computing Joint Undertaking (EuroHPC U) under the powers delegated by the European Commission (EC)—with half of the budget provided by the home countries of the partners’ institutions—, the 3rd phase of the Centre of Excellence in Simulation of Weather and Climate in Europe, ESiWACE3, teams up climate modelling groups and weather services with high-performance computing centres and partners from the IT industry to improve all aspects of the workflow of weather and climate modelling. By enabling more detailed resolving weather and climate simulations on the upcoming exascale supercomputers, the required technology for better and more detailed climate-related risk assessments on a local level can be provided.
ESiWACE3 is coordinated and led by the Barcelona Supercomputing Center-Centro Nacional de Supercomputación (BSC-CNS).
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About us
Across disciplines and national borders: Within ESiWACE, partners from the science and HPC industry work together. Who are we, which expertise do we have, and what drives us? Participating research institutions, universities, supercomputing centres, and private companies introduce themselves.
Training
GPU Programming: Why, When and How?
Understand why and when to use GPUs. Become comfortable with key concepts in GPU programming. Acquire a comprehensive overview of different software frameworks, what levels they operate at, and which to use when. Learn the fundamentals in at least one framework to a level which will enable you to quickly become a productive GPU programmer. ...
PDC Summer School 2023
This course focuses on the skills needed to utilize high-performance computing (HPC) resources for research. It consists of lectures and guided hands-on lab exercises using the Dardel HPC system at PDC. The course includes an introduction to parallel algorithms, parallel programming, modern HPC architectures, performance analysis and engineering, and software engineering. Case studies in various scientific disciplines will be used to help illustrate practical research applications of the topics. ...
News
“The ESiWACE3 week” media campaign
Social media campaign to present the new phase of the project by means of a series of videos ...
ESiWACE3 at the ISC23 under the umbrella of the EuroHPC JU booth
ESiWACE3 will be present at ISC23 thanks to the booth of the EuroHPC JU ...
ESiWACE3 Call for proposals 2023-2024
The first ESiWACE3 Call For Proposals (CFP) to apply for support from our research engineers is now open! ...