In the previous episodes, with François Bodin and Charles Troupin, we had a chance to discuss the overarching structure of the initiative, the current HPC, and the supercomputer landscape throughout Europe.
Finnish Environment Institute – SYKE, one of the PHIDIAS consortiums involved in the Oc
Listen as we dive into the first of the PHIDIAS Use Cases, featuring the interview with Charles Troupin, a researcher at the Université de Liège, who will walk us through the PHIDIAS “Ocean use case” and how the project will help in address the issues related to the ocean research.
Teratec Forum’s sixteenth edition took place virtually on 22-24 June 2021, bringing together top international experts in high performance computing (HPC), simulation and big data, both from research and industry, as well as an excellent showcase for national and Europe
The International Conference on Marine Data and Information Systems (IMDIS 2021) took place on 12-14 April 2021, aimed at providing an overview of the existing i
The PHIDIAS project has published its first Reader's Digest. This issue outlines the key activities and latest developments of the PHIDIAS Use Cases in this initial phase of implementation.
Optimal and radar images observing the Earth's land surface have become an essential source of information to address and analyse environmental issues.
The first webinar of the PHIDIAS series of Use Cases took place on 4th of June, addressing the challenges and opportunities of creating a "user to infrastructure" federation of the HPC and data services by building on the pre-existing and emerging European infrastructure landscape.
SPASCIA has taken the opportunity of its current use of Sentinel 5 Precursor (S5P) data and products to analyse the time evolution of atmospheric pollution.
Environmental satellite data are gradually becoming the key pieces of data that, put together, help build an understanding of the changing environment and a new engine of scientific discovery.
Observing the ocean is challenging: missions at sea are costly, different scales of processes interact, and the conditions are constantly changing. This is why scientists say that "a measurement not made today is lost forever".