Advancing Exascale Computing with SPPEXA Programme
The SPPEXA Programme in Germany focuses on software development for Exascale Computing, promoting collaborative research consortia and international partnerships. It covers six key topics, involving various institutions globally to advance high-performance computing towards exascale readiness.
- Exascale Computing
- SPPEXA Programme
- Software Development
- High-Performance Computing
- International Collaboration
Download Presentation
Please find below an Image/Link to download the presentation.
The content on the website is provided AS IS for your information and personal use only. It may not be sold, licensed, or shared on other websites without obtaining consent from the author. Download presentation by click this link. If you encounter any issues during the download, it is possible that the publisher has removed the file from their server.
E N D
Presentation Transcript
German Priority German Priority Programme Software for Software for Exascale Computing Computing Phase 2 Programme 1648 Exascale 1648
SPPEXA SPPEXA Software for Software for Exascale Exascale Strategic initiative of DFG to fund HPC software in Germany Establish collaborative, interdisciplinary co-design of HPC applications and HPC methods Consists of research consortia with central, network-wide coordination Aims of SPPEXA s central coordination Central SPPEXA events, establish and foster international collaboration, doctoral retreats & coding weeks Support project-specific activities, dynamically distribute network funds, education, gender incentives SPPEXA research is driven by domain science / CSE application powered by scientific computing / CSE methodology
SPPEXAs Six Topics SPPEXA s Six Topics Computational algorithms Large-scale machines Efficient w.r.t. modern complexity measures System software Process scheduling System health monitoring Resilience handling Software tools Compiling, running, verifying, testing, optimizing Application software Key driver for exascale Hardware-software co-design necessary Programming Make traditional approaches exascale ready New programming models Data Management Process large data sets Archive, make data available
SPPEXA Facts SPPEXA Facts EXA-DUNE ExaFSA TERRA-NEO EXASTEEL 2 GROMEX ExaStencils Smart-DASH EXAHD ExaDG Phase 1 consisted of 13 research consortia, while Phase 2 consists of 16. Interdisciplinary research consortia Involving 2-5 groups each Addressing at least 2 out of the 6 SPPEXA topics About 60 PIs and 60 PhD students Overall budget of 3.7m per year Two three-year funding phases EXAMAG FFMK ESSEX 2 ExaSolvers Aimes MYX ADA-FS
And A Really International Endeavor And A Really International Endeavor Partner Institutions from: Partner Institutions from: Japan: RIKEN Tokyo Tech University of Tsukuba University of Tokyo Tohoku University Tokyo University of Science Toyo University France: Universit Versailles Universit de Strasbourg Maison de la Simulation, Saclay other Countries: TU Delft, Netherlands USI Lugano, Switzerland Royal Institute of Technology, Sweden UCLA, USA ANU, Australia Hebrew University Jerusalem, Israel
A Really Interdisciplinary Endeavor A Really Interdisciplinary Endeavor EXA-DUNE Terra-Neo ExaFSA Consortia cover > 15 disciplines Requires close collaboration within and among SPPEXA consortia The central coordination fosters synergistic effects within SPPEXA Detailed description of projects is available at Computer Science EXASTEEL GROMEX ExaStencils Math Smart-DASH Engineering EXAHD FFMK Physics EXAMAG Chemistry ESSEX Biology ExaSolvers http://www.sppexa.de Environmental Science AIMES ADA-FS MYX ExaDG
