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Section: Partnerships and Cooperations
National Initiatives
ANR OMD2
Others partners: SMEs: CD-adapco, SIREHNA, ACTIVEEON, academics: Inria, ENSM-SE, UTC, ECP, IRCCyN, ENS CACHAN, and consortium DIGITEO.
See also: http://omd2.scilab.org/
Abstract: OMD2 (MultiDisciplinary Distributed Optimization) is a national research project led by Renault and gathering several academics and industrial partners which aims at developing methods and tools to generalize the use of optimization on large scale engineering problems. Scilab is the chosen generic programming tool to gather the different developments in a unique optimization environment. ProActive Parallel Suite is used to execute the Workflows in parallel, and to manage the Grid and Cloud resources
ANR MCorePhP
Abstract: McorePhP is dedicated to programming models and middleware for large-scale, multilevel infrastructures including multi-core, clusters, and large scale grid/cloud resources. We will ensure the compatibility of the new programming model with the China Grid specifications, and will assess the viability and efficiency of the approach on a large example from the area of bioinformatics.
ANR Soceda
Others partners: SMEs: ACTIVEEON, industry: Thales, OrangeLabs, academics: Inria, CNRS IMAG, LIRIS, ARMINES
See also: http://www.soceda.org/display/soceda/
Abstract: SocEDA is an ANR project of type Platform, also labelled by two competitiveness clusters, PEGASE and SCS. The aim is to provide a "Cloud based platform for large scale social aware Event-Driven Architecture (EDA)". OASIS is in charge of managing the storage and publication/subscription of events on the cloud.
ANR Songs
Others partners: IN2P3 Villeurbanne, LSIIT Strasbourg, I3S Sophia-Antipolis, LINA Nantes
See also: http://infra-songs.gforge.inria.fr/
Abstract: SONGS (2012-2015) is the continuity of SIMGRID project (2009-2012), in the ANR INFRA program. The aim of SONGS is to continue the development of the SimGrid simulation platform for the study of large distributed architectures, including data grids, cloud computing facilities, peer-to-peer applications and HPC/exascale architectures.
CPER PacaGrid
See also: http://www-sop.inria.fr/oasis/pacagrid/
Abstract: ProActive PacaGrid is a set of machines deployed at Inria Sophia Antipolis (1400 cores, 150 TB storage) accessible via Graphical Interactive interfaces based on ProActive Parallel Suite. This Grid is available for Inria, UNS, and PACA (regional) labs, as well as for SMEs for R&D purpose, and international partners in R&D projects. It has been funded by EU FEDER, PACA and Alpes Maritimes Landers, and EIT ICT Labs (about 1.7 MEuros in total). Users include for instance INRA (Institut de recherche en Agronomie), IPMC INSERM (Institut de Pharmacologie Moléculaire et Cellulaire), LCMBA (Laboratoire de Chimie des Molécules Bioactives et des Arômes), IGS (Laboratoire Information Génomique et Structurale, Marseille), LIFM (Laboratoire d'Informatique Fondamentale de Marseille), K-Epsilon SME, Renault, Sirehna DCNS, Poznań Supercomputing and Networking Center (Poland), National University of Singapore.
FUI CompatibleOne
Others partners: industry: ActiveEon, Bull, CityPassenger, eNovance, Eureva, Mandriva, Nexedi, Nuxeo, XWiki, Prologue; academic: Inria, Institut Telecom
See also: http://www.compatibleone.org
Abstract: CompatibleOne is an open source project which provides a model, CORDS (CompatibleOne Resource Description System), and a platform, ACCORDS (Advanced Capabilities for CORDS), for the description and federation of different clouds comprising resources provisioned by heterogeneous cloud service providers. CompatibleOne's flexible service architecture makes it independent from any Cloud Service Provider (from OpenStack to OpenNebula, from Azure to Vcloud) and can address all types of cloud services (IaaS, PaaS, SaaS , XaaS, BpaaS, …) and any type of cloud service deployment (public, private, community and hybrid).
FUI CloudForce (now OpenCloudWare)
Others partners: ActiveEon, Armines, Bull, eNovance, eXo Platform, France Telecom (coordinator), Inria, IRIT – INP Toulouse, Linagora, OW2, Peergreen, Télécom Paris Tech, Télécom Saint Etienne, Thales Communications, Thales Services, Université Joseph Fourier, Université de Savoie – LISTIC, UShareSoft
See also: http://www.opencloudware.org/
Abstract: The OpenCloudware project aims at building an open software engineering platform, for the collaborative development of distributed applications to be deployed on multiple Cloud infrastructures.
The results of OpenCloudware will contain a set of software components to manage the lifecycle of such applications, from modelling (Think), developing and building images (Build), to a multi-IaaS compliant PaaS platform (Run) for their deployment, orchestration, performance testing, self-management (elasticity, green IT optimisation) and provisioning. Applications will be deployed potentially on multi IaaS (supporting either one IaaS at a time, or hybrid scenarios).The results of the project will be made available as open source components through the OW2 Open Source Cloudware initiative.
Oseo-Isis Spinnaker
Others partners: SMEs: Inside-Secure, STIC, Legrand; Academic: IPG, ENS des Mines de St Etienne, Un. du Maine, Un, F. Rabelais Tours, AETS ESEO Angers, Un. Marne la Vallée, Un. Paris 6, Un. Rennes 1, Inria.
See also: http://www.spinnaker-rfid.com/
Abstract: The objective of Spinnaker is to really allow RFID technology to be widely and easily deployed. The role of the OASIS team in this project is to allow the wide scale deployment and management of the specific RFID application servers in the cloud, so to build an end-to-end robust and flexible solution using GCM technology.