Changed on 15/04/2021
OPAL's ambition is to create a shared platform for high-performance computing, artificial intelligence, massive data processing and interactive visualization for all of the Côte d'Azur's academic players in the service of their fundamental and applied research, while interacting with the local socio-economic environment (companies, 3IA Côte d'Azur). OPAL therefore encourages transdisciplinary research, while contributing to the rational management of resources by making the most of existing resources.
A_Azzurra_UCA

A multidisciplinary observatory for the Alpes-Maritimes

The OPAL (Observatoire Pluridisciplinaire des Alpes-Maritimes) project is part of the movement to structure the region's higher education and research players around the Université Côte d'Azur.

OPAL is based on the pooling and development of high-performance computing and visualization facilities at Inria Sophia Antipolis - Méditerranée, Université Côte d'Azur (Azzurra mesocenter), the Observatoire de la Côte d'Azur (SIGAMM mesocenter) and Mines ParisTech (Laffitte cluster).

In addition to funding from Inria, the Côte d'Azur Observatory and Mines ParisTech, OPAL is supported by the French government (DRRT), the Provence-Alpes-Côte d'Azur region and the Sophia Antipolis urban community (CASA) as part of the 2015-2020 CPER (State-Region Plan Contract). OPAL is also receiving funding from the IDEX UCAjedi for the Azzurra equipment.

Inria, a major contributor

Actions over time:

  • participation in all the actions common to the project partners (2014-2020): governance, funding applications, working groups, common infrastructures, communication ;
  • evolution (2017-2019) and integration into OPAL (2020) of the Nef computing cluster equipment, positioned as a scientific experimentation infrastructure for computing, massive data and visualization;
  • complete renewal (2018-2020) and integration into OPAL (2020) of the 3D immersive visualization equipment Gouraud-Phong.

A new immersive room

The new Gouraud-Phong 3D immersive visualization room is composed of :

  • a 16:9 ratio screen, 3.05 * 1.77 meters in size;
  • a touch screen ;
  • a stereo laser projector, 2 560*1 440 pixels, 32 contact points, object tracking solution in a volume of about 4x2x2 m3 in front of the screen by 6 low latency infrared cameras;
  • a high speed (40 Gb/s) and low latency (<1.5 μs to cross the 200 m of the Inria campus between the graphics rendering equipment and the Nef computing servers) Infiniband network connection allowing to supervise and interact on numerical simulations by a real time coupling between visualization and high performance computing.

Shared equipment

The pooling of equipment within OPAL allows for a progressive thematic "coloring" of the equipment in order to better cover the specific needs of certain research communities at the Côte d'Azur academic cluster level.

In this context, Nef is the OPAL facility that is used extensively by the digital science communities, including parallel computing, digital simulation, artificial intelligence, deep learning and data sciences. Nef is primarily aimed at experimentation, code development and application prototyping. In technical terms, Nef's recent developments have focused on gas pedals (150+ GPU cards) and massive storage (600+ TiB BeeGFS). As a result, beyond Inria, Nef is particularly attractive for projects from the 3IA Côte d'Azur, or research teams from the I3S laboratory at UCA.

Azzurra celebrates its first year of activity

On the occasion of the first anniversary of the new HPC cluster, the Maison de la Modélisation, de la Simulation et des Interactions provides an update on the call for projects and the HPC training offer

Sponsor & Partnership

logos des partenaires et financeurs de la plateforme Opal