After eight months of work, the LEXIS Project started the first of four planned Face to Face Meetings
which is under way in Turin from 10th to 12th September 2019, hosted by the LINKS Foundation in the
Politecnico di Torino Campus.
“This Face to Face Meeting is the right place to present to the entire consortium of 16 partners coming from all over Europe key developments within the project. Particular focus is on the results coming from the technical innovations within the LEXIS Platform itself and how the three project Pilots (Aeronautics, Earthquake and Tsunami and Weather and Climate) leverage these new capabilities” states the Project Coordinator Dr. Jan Martinovic from IT4I.
“The expected outcome of this meeting will be the initial results of experimentation with new LEXIS technologies, including Atos Smart Burst Buffer technologies, advanced compute hardware (GPUs, FPGAs) as well as novel data management solutions and workflow/pipeline mechanisms.” confirms the Dissemination Manager Dr. Olivier Terzo from LINKS.
Mr. Donato Magarielli of AvioAero who is leading the industrial Aeronautics Pilot observes that “the work done over the last months confirms that our dream is achievable: we can drastically reduce the running time of our CFD simulations and bring to the European aeronautics sector a compelling competitive advantage in terms of reduced design time and improved design process quality using enhanced and sophisticated simulations running on newly designed HPC/Cloud/BD platforms”.
Dr. Thierry Goubier of CEA adds that “we are driving the Earthquake and Tsunami Use case and we are confident we can significantly improve both forecast and responses to such major disasters - something that is of course essential for the French Atomic Energy Commission.”
The same sentiments are echoed by Dr. Antonio Parodi of CIMA and Dr. Emanuele Danovaro of ECMWF stating that “the Weather and Climate Use case developed during the initial phase of LEXIS offers an excellent basis for testing the practical advantages of HPC cloud convergence in weather forecasting, paving the way to extensive data fusion from non traditional weather sources such as innovative Smart Gateways. This work will support diverse use cases including providing Civil Protection Services with more actionable information in case of extreme weather events to help improve their response.”