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Section: Partnerships and Cooperations

National Initiatives

Interactions with other INRIA Project-Teams or Actions

Table 1.
ParticipantsINRIA Project-TeamResearch topicLink
N. PapadakisMC2Image segmentation and assimilation 6.7.1
for tumor growth modeling
C.PrieurGRAALGrid deployment for the study of West African Monsoon 6.5
A. RousseauTOSCAStochastic Downscaling Method 6.9
Table 2.
ParticipantsINRIA Project-TeamResearch topicLink
A. RousseauCALVICoupled systems in nearshore regions 6.10
A. RousseauMODEMICBioremediation of natural resources 6.10
A. Vidard M. Nodet F.X. Le DimetCLIME, FLUMINANCEImage assimilation 6.4
A. Vidard, M. Nodet, E.KazantsevTROPICSOcean Adjoint Modelling 6.3.1 , 6.2.2
L.Debreu, E.BlayoCLIME, FLUMINANCEMultiscale data assimilation 6.3.1

Collaborations with other Research Teams in France

Table 3.
ParticipantsINRIA Project-TeamResearch topicLink
N. Papadakis(Labri, IMB, Bordeaux)image processing problems (histogram equalization and image inpainting) 6.7
M. NodetLaboratoire Dieudonné (Université de Nice)BFN data assimilation scheme 6.2.3
C. PrieurIMT Toulouse, IFP Rueil, EDF, CEA CadaracheSensitivity analysis 6.5.2
C. PrieurISFA Lyon 1, Université de BourgogneMultivariate risk indicators 6.8
C. PrieurLGGEStatistical methodology 6.5.2
C. HelbertEcole des Mines St-Etienne, Universit de Berne, Telecom St-Etienne, EDF, CEA, IRSN, IFP, RENAULTComputer Experiments 6.5.5
C. HelbertEcole des Mines St-EtienneQuantification of Uncertainties in CO2 storage 6.5.6
A. RousseauInstitut de Mathématiques et de Modélisation de Montpellier (I3M)Modelling and simulation of coastal flows 6.1
A. RousseauLaboratoire de Météorologie Dynamique (Ecole Polytechnique), Centre d'Études Techniques de l'Équipement (Clermont-Ferrand)Stochastic Downscaling Method 6.9
E.Blayo, A.RousseauLAMFA (Amiens), LAGA (Paris 13), IFREMER (Brest)Coupling methods 6.1.2
A. VidardCentre Européen de Recherche et de Formation Avancée en Calcul Scientifique (Toulouse), Mercator-Océan (Toulouse), Laboratoire de Physique des Océans (Brest),Ocean Data Assimilation 6.3.1
A. VidardLOCEAN (Paris)Ocean Adjoint Modelling 6.3.1
A. VidardLPO (Brest), CERFACSOcean data assimilation 6.3.1

MOISE team is implied in:

  • A 4-year ANR contract: ANR ADAGe (Adjoint ice flow models for Data Assimilation in Glaciology, see paragraph 6.6 ) .

  • A 4-year ANR contract: ANR Geo-FLUIDS (Fluid flows analysis and simulation from image sequences: application to the study of geophysical flows, see paragraph 6.4 ) .

  • A 4-year ANR contract: ANR COSTA-BRAVA (Complex Spatio-Temporal Dynamics Analysis by Reduced Models and Sensitivity Analysis)http://www.math.univ-toulouse.fr/COSTA_BRAVA/index.html

  • A 4-year ANR contract: ANR TOMMI (Transport Optimal et Modèles Multiphysiques de l'Image), see paragraphs 6.7.2 , 6.4 .

  • AST & Risk ANR project (white project selected in 2008). http://isfaserveur.univ-lyon1.fr/asterisk/

  • A 3 years ANR contract: ANR MSDAG (Multiscale Data Assimilation in Geophysics) see paragraph 6.2.4 )

  • A 4 year ANR contract (2011-2015): ANR COMODO (Communauté de Modélisation Océanographique) on the thematic "Numerical Methods in Ocean Modelling". (coordinator L. Debreu) 6.1.3

  • Nicolas Papadakis is involved in the SWOT-Ocean group in charge of the use of the high resolution data that will be provided by the future SWOT satellite (CNES/NASA mission). This work is realized in collaboration with Jacques Veron of the Laboratoire des Écoulements Géophysique et Industriels. 6.4.2

  • M. Nodet is PI of the project "Méthodes inverses en glaciologie" supported by INSU-LEFE.

  • A. Vidard leads a group of projects gathering multiple partners in France and UK on the topic "Variational Data Assimilation for the NEMO/OPA9 Ocean Model", see 6.3.1 . This project is granted by two INSU-LEFE and a Mercator-Ocean calls for proposals

  • A. Vidard is coordinator of the ANR VODA (Variational Ocean Data Assimilation for multi-scales applications) 4-year contract.

  • DATICE simulations are currently performed at LSCE (Laboratoire des Sciences de l'Environnement et du Climat) in the framework of a PhD thesis (Lucie Bazin supervised by Amaelle Landais), and at LGGE (Laboratoire de Glaciologie et de Géophysique de l'Environnement) in the framework of a postdoctoral work (Daniel Véres, supervised by Patricia Martinerie). Both works will contribute to calculate AICC2012, the future unified Antarctic ice core age scales (Special Issue in preparation in the Climate of the Past journal, Eric Wolff, CP co-editor-in-chief, British Antarctic Survey, Cambridge). An ANR proposal in preparation "Datation multi-archives" (where LGGE and LSCE are partners, and MOISE members intervene as experts) aims in particular at extending the mathematical method to marine sediment cores.

  • E. Blayo is the co-chair (with M. Bocquet, EPI CLIME) of the CNRS-INSU research program on mathematical and numerical methods for ocean and atmosphere LEFE-MANU. http://www.insu.cnrs.fr/co/lefe

  • E. Blayo was a member of the 2011 ANR evaluation panel "Earth, Environment, Space".

  • L. Debreu is the coordinator of the national group COMODO (Numerical Models in Oceanography)

  • L. Debreu organized a 3-day meeting on numerical ocean modelling (Villard de Lans, November 2011)

Participation to National Research Groups (GdR) CNRS

  • M. Nodet is involved in GDR Calcul and GDR Ondes.

  • C. Prieur chairs GdR MASCOT NUM, in which are also involved M. Nodet, E. Blayo, A. Rousseau, C. Helbert, L. Viry, A. Janon, J.-Y. Tissot and G. Chastaing. http://www.gdr-mascotnum.fr/doku.php