Research Projects
Be aware about all the projects that are improving the technology and innovative tools for scientific discovery.
Sustainable HPC
The Sustainable HPC will develop an innovative energy management solution that will make the operation of supercomputers more sustainable, by analysing the degree of emissions from the electricity available, locally generated or not, to meet the needs of the machine, in order to minimise the carbon footprint of the computational process.
BigHPC
The BigHPC aims to simplify the management of HPC infrastructures supporting Big Data and parallel computing applications.
PAStor
The PAStor project aims at providing a novel Software-Defined Storage solution that can efficiently handle I/O flows from multiple AI workloads by automatically adjusting storage configurations and resources to dynamically meet application requirements.
Partnerships
MACC is committed to strengthening its collaboration with key existing partners, approaching new ones and making sure that it is possible to promote, discover and innovate faster and more efficiently
EuroCC
The EuroCC aims to implement a European support structure based on strongly connected National Competence Centres (NCCs) to support academia, public administration and industry (especially SMEs) to benefit from the advantages of HPC expertise, experience and resources available in Europe.
PRACE
PRACE project aims to enable high-impact scientific discovery and engineering research and development across all disciplines to enhance European competitiveness for the benefit of society.
EuroHPC
The EuroHPC Joint Undertaking allows the European Union and EuroHPC participating countries to coordinate their efforts and pool their resources with the objective of deploying world-class exascale supercomputers in Europe.
RISC2
The RISC2 project aims to promote and improve the relationship between research and industrial communities, focusing on HPC applications and infrastructure deployment.
Fujitsu and ATOS
Efficiency is today a key topic when running simulations across HPC and AI supercomputers. It is then important to leverage efficiency for every component of the supercomputer, choosing the most appropriate technologies, integrating them efficiently but also increasing the efficiency of the applications on those systems. To do so, all along the lifetime of the Deucalion supercomputer, Fujitsu and its partners will support end-users and developers to be prepared for the Exascale era, including the possibility to port energy optimizer tools and access to european experts.