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Ambition Dialogue REcherche Science Société at CNRS Centre-Est – ADRESS-21-DR06
Culture scientifique, technique et industrielle - AAPG2021" call for projects, is providing an opportunity [...] of research projects supported by the agency in 2021. The CNRS is ideally positioned to respond to
SAPS-CSTI Avignon Université AAPG 2021 – SAPS-CSTI Avignon AAPG 2021
Réalisation de vidéos d'animation de vulgarisation scientifique pour les projets "PARFAIT - Planification et Apprentissage pour AI-Edge Computing" et "NITROSOCARD - Conséquences sur l'adaptation du co
Science% Auvergne – Direct-S3
third series of videos relating to the site's 7 2021 ANR prizewinners. "Science% Auvergne" is integrated
CURIEUX de l’ANR – CURIEUX
carried out in the projects supported by the ANR in 2021 accessible to a wide audience. In addition, it aims [...] represented by the two ANR projects supported in 2021, which are both accessible and at the cutting edge
Ambition Dialogue REsearch Science Society – CNRS Paris-Centre 2021 – ADRESS-2021-CNRS-Paris-Centre
With the ADRESS-2021-CNRS-Paris-Centre project, CNRS aims to show citizens the value of scientific data [...] the projects selected by the ANR for the SAPS-CSTI 2021 call for projects, has positioned itself as a key
Ambition Dialogue REsearch Science Society PROVENCE and CORSE 2021 – ADRESS PROVENCE ET CORSE 21
The ADRESS PROVENCE ET CORSE 21 project proposes to carry out scientific outreach activities in line with the structuring national scheme developed by the CNRS: "Les échappées inattendues du CNRS", "L
Sciences, Mediation, Society 2021 - Lyon 2 – SMS 2021-Lyon 2
implements mediation actions for the PRC and JCJC 2021 research projects in consultation with their respective
Dataflow Algorithm aRchitecture co-design of SKA pipeline for Exascale RadioAstronomy – DARK-ERA
The exascale radio telescope Square Kilometre Array (SKA) [1] will require supercomputers with high technical demands. The Science Data Processor (SDP) pipeline in charge of producing the multidimen- sional images of the sky will have to execute in realtime a complex algorithm chain with data coming from telescopes at an incredible rate of several Tb/s and limited storage possibilities. The SDP will also have to be as green as possible with an energy budget of only 1 MWatt for 250 Petaflops.<br /><br />The SDP supercomputer will be based on a standard HPC system combined with FPGA or application-specific architectures like GPU or the manycore Kalray Massively Parallel Processor Array (MPPA). One crucial challenge is to assess the performance both in time and energy of new complex scientific dataflow algorithms on not-yet-existing complex computing infrastructures. It will be hardly possible without efficient co-design methods and rapid prototyping tools.
