The cluster "High Performance Computing - EuroCC Austria" visualises the Austrian development of a competitive supercomputing ecosystem by means of publicly visible and selected research infrastructures. The national competence centre (EuroCC Austria, https://eurocc-austria.at) is part of the EuroCC initiative, which aims to support and connect companies, research institutions and the public sector in the field of high-performance computing (HPC), big data analytics and artificial intelligence (AI).
EuroCC Austria - Nationales Kompetenzzentrum
für Supercomputing, Big Data und Künstliche Intelligenz
University of Natural Resources and Life Sciences Vienna (BOKU)
The Core Facility Bioinformatics is a service-oriented core facility and offers infrastructre, consultancy, education and...
Technical University of Vienna
This Server infrastructure serves for connecting the EODC disk storage to the tape libraries, the...
Technical University of Vienna
Within the framework of the European Copernicus programme, a series of Sentinel satellites have been...
Technical University of Vienna
High Performance Computer, Infrastructure supporting the operation of High Performance Computers
University of Salzburg
High-performance cluster-based, Unix-based, MPI. The high-performance computer is essentially used for extremely extensive numerical (CPU-intensive)...
Austrian Academy of Sciences (ÖAW)
CLIP (Cloud Infrastructure Platform) is the implementation of a flexible concept for scientific High Performance...
University of Vienna
This machine will support our work on understanding deep learning through parameter space analysis of...
Technical University of Vienna
Der VSC 4 erweitert die im Vienna Scientific Cluster verfügbaren Ressourcen; der VSC-4 besteht aus...
Medical University of Graz
Our High Performance Computing (HPC) infrastructure for life sciences research offers access to a large...
University of Graz
HPC Cluster mit zwei Login Nodes und 44+7 Compute Nodes. Die Nodes sind heterogen hinsichtlich...
University of Innsbruck
Supercomputer: Compute-Cluster LEO4, Insgesamt 1452 Cores, 50 Tflop/s CPU + 32 Tflop/s GPU (theoretisch); 5...
University of Innsbruck
Supercomputer/Compute-Cluster LEO3E: 45 Knoten; 900 Cores; 28,5 Tflop/s; 4TB RAM, Koppelnetz Infiniband (FDR); 86 TB...