EXDCI2 Renata Gimnez Barcelona Supercomputing Center BSC EXDCI2

EXDCI-2 Renata Giménez Barcelona Supercomputing Center (BSC) EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 The EXDCI-2 project has received funding from the European Unions Horizon 2020 research and innovation programmed under grant agreement no. 800957.

European Extreme Data Computing Initiative (EXDCI-2) 2 EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 October 2 nd, 2019

European Extreme Data Computing Initiative (EXDCI-2) • EXDCI paves the way towards a common European HPC • • strategy Objective: mobilises the European HPC stakeholders Two goals: • Development and advocacy of a competitive European HPC • Exascale Strategy by supporting the implementation of a common European HPC strategy Coordination of the stakeholder community for European HPC at the Exascale through joint community structuring and synchronisation • Particular attention to creating synergies with the Co. Es – for example with Focus. Co. E – and to building on the outcomes of FET HPC projects. 3 EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 October 2 nd, 2019

EXDCI communication/dissemination activities EXDCI identifies the following opportunities for other projects to participate : • Including a homepage banner on www. exdci. eu • • • Add project on Collaborations page Twitter: @exdci_eu Booths at ISC and SC conferences to promote HPC in Europe • Euro. HPC Summit Week conference series 4 EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 October 2 nd, 2019

Euro. HPC Summit Week 2020 EXDCI’s organizes the EHPCSW the aim of which is to bring together the main European HPC stakeholders (institutions, communities, service providers, users, consultants and vendors) during a single week in order to foster cultivate synergies. • Organization and Programme Committee • Call for workshops for all related HPC initiatives: coming soon! • Stay connected #EHPCSW 5 EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 October 2 nd, 2019

Looking forward to collaborate through comms! EXDCI-2 PRACE HPC SIG-Mar. Comms 2019 The EXDCI-2 project has received funding from the European Unions Horizon 2020 research and innovation programmed under grant agreement no. 800957.