The HEROES project aims at developing an innovative software solution addressing industrial and scientific user communities. The platform will allow end-users to submit their complex simulation and machine learning workflows to both HPC data centres and cloud infrastructures and provide them with the possibility to choose the best option to achieve their goals in time, within budget and with the best energy efficiency.
Led by eminent industrials and academic partners, the SCALABLE project aims to improve the performance, scalability and energy efficiency of an industrial computational fluid dynamics (CFD) software based on a Lattice Boltzmann method (LBM) for the next generation of European exascale systems. In the context of EuroHPC, LBM is especially well suited to exploit advanced supercomputer architectures through vectorization, accelerators, and massive parallelization.
HPC-GIG brings support to the EuroHPC JU Governance and aims to facilitate its operations, transparently and non-intrusively leveraging the HPC community know-how, with the flexibility to align project activities with the programme schedule and needs and deliver timely and useful input to the entity. For this, it engages HPC and data ecosystems stakeholders, consolidates networks of expertise, links national and pan-European activities in the field and creates visibility within the European HPC and data ecosystem.
EXDCI/ EXDCI-2 is a coordination action aimed at supporting the activities of the high performance computing ecosystem in mapping, strategy development and performance monitoring, as well as building and maintaining relationships with other HPC international activities and regions, or with other communities (Big Data, IoT, IA); Through its involvement in networks and working groups such as the BDEC project.
AQMO is a project co-financed by the Connecting Europe Facility (CEF) which consists of setting up a solution for measuring and analysing the air quality of the city of Rennes by mobile sensors, performing digital HPC simulations, while making data available to citizens.
PHIDIAS is a project that develops and implements prototypes for the exploitation of space and environmental data from Earth Sciences based on intensive computing capabilities (HPC). This project will develop data sets that will be added to the EOSC catalogues. Phidias, officially started in November 2019, will continue until 2022.
Neovia Innovation accompanies m3connect, German SMEs specialising in digital communication networks and remote management environment design. This partnership includes its business development and technology development strategy, which involves the development of national and European R&D projects.