UAR GRICAD is involved as a partner in several projects in the field of calculation and data.
The EOSC (European Open Science Cloud) is an
initiative of the European Commission to provide a
secure research environment in order to
store, analyse and reuse data for research, innovation and education.
GRICAD is a partner in two projects:
I-Risk is a response to the IRICE regional call to
propose a natural risk innovation platform.
It includes 7 partners (Géolithe, Grenoble INP, INSA Lyon, IRSTEA,
Université Grenoble Alpes, Université Savoie Mont
Blanc and TENEVIA) and is supported by
the INDURA cluster.
Within the framework of this project, GRICAD offers access to
computing infrastructures.
Presentation brochure of the I-Risk platform (french) .
Equip@meso (Equipment for excellence in intensive computing of
coordinated mesocentres - Springboard to
petaflops and Exascale) was
selected in the context of the call for projects "Equipment of
excellence". 2010 of Future Investments. Coordinated by GENCI, the
project received funding from 10.5 M€ over 10 years. Equip@meso brings
together national and international actors regional to do,
everywhere in France and whenever possible, of intensive computing and
numerical simulation a vector of scientific and economic development.
Grenoble and its mesocentre (CIMENT at the time) was selected as a
regional partner, which made it possible, with the
aggregation of other financing, to invest in the
massively parallel Froggy machine.
This project has been completed since December 2019.
The
SIDES 3.0 project (Intelligent Health Education System) is funded
for a period of 3 years (August 2017-July 2020) by the ANR as part of
the DUNE future investment programme for the development of
experimental digital universities.
GRICAD is involved in WP1 on hardware and software infrastructure.
Modern seismology is based on the deployment of large observation networks composed of thousands of independent sensors that record data continuously. Data quality depends on the near real-time synchronization of the different stations that make up these networks. This is crucial for the study of earthquakes and imaging and monitoring issues. The objectives of the interdisciplinary project IWORMS are:
