apresentação gerard poirier - system@atic | ois2010 | case de open innovation entre grandes e...

Instituição participanteSilver

Gold

Máster e Colaboração

Platinum

Patrocinadores:

Blue

Realização:

2OCDS road mapOCDS road map

Roadmap

R1 Project

Partners :LG, SMEs,

Institutes, Research CentersLabs, Universities

Structured Links

Networking

Brainstorming

Projectbuilding

R2 ProjectR&T Project

Employment and economic activities development must be the first goals of the R&D projects

1st mission: Generate R&D Projects


2nd Mission: Boosting the Paris Region aerospace activities

Have a Paris Region activity well-known and recognized for its competencies

Identify all the actors on the territory, promote their competencies and generate synergy between all those actors

Be on the main conferences to represent the Paris Region sector

Support SME in their economical development

Towards sustainable development

Towards competitive intelligence approach

Towards international activities

Stimulate the Paris Region aerospace activities

Help the SME to be more integrated in all the supply chain processes and create B to B days dedicated to relationship between major companies and SME

Encourage synergies between SME in order to offer to the major companies one single contact instead of several suppliers


How to boost SMEs development:

• Mobility

• Employment « center »

• Adequacy job Training

• Training of SMEsmanagers

• Export assistance

• pooling of international distribution networks

Access to venture capital and

potential shareholders /

investors

B2B meetings

SMEs / Large companies

• Innovation & Developmentstrategy

• Sustainable development

• Business Intelligence

• Wireless


Defence& Security

Automotive &

Transport

Aeronautics

Other (Energy,

services…)

The Digital Revolution: a challenge involving complexity

Open Source

Telecoms

Systems Design and Development Tools

246 projects launched 1120 M€ R&D costs 433 M€ public funding

3349 52

91

21

Education enhancement


Key Players in Working Groups

Automotive & Transport Working Group:

ALSTOM TRANSPORT, ARMINES, CEA, CNRS, CONTINENTAL, DELPHI, FREESCALE, GEENSYS, INRETS, INRIA, INTEMPORA, RENAULT, VALEO, VISTEON

Systems Design and Development Tools Working Group:

EADS ASTRIUM, CEA, C-S, DASSAULT AVIATION, DISTENE, ECP, EDF, ESTEREL TECHNOLOGIES, FLOWMASTER, INRIA, SAMTECH, SPRING TECHNOLOGIES, THALES, UTC

Security & Defence Working Group:

ALCATEL-LUCENT, BULL, CEA, EADS, GEMALTO, HGH Systèmes Infrarouges, INRIA, MARTEC, ORANGE, SAGEM DEFENSE SECURITE, TELECOM & Management SudParis, THALES, TRUSTED LOGIC

Telecoms Working Group:

ALCATEL-LUCENT, CITY PASSENGER, CNRS / SUPELEC / LSS, EGIDE, FRANCE TELECOM, Université Paris-Sud 11 / IEF, INRIA FUTURS, MOTOROLA, TELECOM & Management SudParis, THALES

Free & Open Source Sofware Working Group:

CAP GEMINI, C-S, INRIA, MANDRIVA, NUXEO, Université Pierre et Marie Curie / LIP6, UNIVERSITE PARIS 7, BULL


Systems Design and Development Tools Working Group

252 partners

129 SMEs

71 Large Companies

52 Public Research Labs

91 R&D projects

420 M€ Investments

159 M€ Public Fundings

AAP ProjectsNb

Costs Public Funding

FUI 33 300 M€ 112 M€

ANR 41 97 M€ 36 M€

FEDER 11 13 M€ 7 M€

ITEA2 1 5 M€ 2 M€

OSEO 2 2 M€ 1M€

S. Gaming 1 2 M€ 1M€

Web 2.0 2 1 M€ 0,6 M€


25 completed projects

14 FUI Projects

CONCEPT

EHPOC

FAME2

GENCOD

IOLS

MOSIC

O2M

OLDP

OPEN HPC

POPS

TERAOPS

USINE LOGICIELLE

USINE NUMERIQUE

USINE NUMERIQUE 2

9 ANR projects

FLEX-EWARE

MOHYCAN

OCELLE

RADIOLA

SCOS

SISTAE

SOCLIB

STURM4

2 OSEO projects

CDTO

PUMA


Results of Systems Design and Development Tools Working Group

HPCModeling Systems

simulation

Softwareengineering

Digital Factory

Multi-scale and physical modelisation, multidisciplinary optimisation

Software Factory

Tools for embedded systems

Massive Parallel Computing

Open software offer in HPC

Super-Computers

http://www.google.fr/imgres?imgurl=http://www.paris-saclay-innovation.fr/art/kalray-logo.jpg&imgrefurl=http://www.paris-saclay-innovation.fr/art/&usg=__8oV4wttxDuTrdxqraw7IWAK3LJQ=&h=169&w=239&sz=29&hl=fr&start=1&um=1&itbs=1&tbnid=Fz5Wf5fMc3ak-M:&tbnh=77&tbnw=109&prev=/images?q=logo+kalray&um=1&hl=fr&sa=N&rls=com.microsoft:fr:IE-SearchBox&tbs=isch:1

http://www.scilab.org/


Systems

Ingeneering

HPC - High performance

computing

Modelisation /Systems simulation

Softwareengineering

Global Approach: Advanced Technologies

Goal : Champions simulation

for multidisciplinary

optimisation

Goal : Champions of

Systems engineering to satisfy

customer needs at lower cost

Development Axis 1 Development Axis 2

"Data analytics"

Development Axis 3

Goal: Face up to challenges

linked to « data deluge » (processing, extractions,

analysis)

Master the development of future generations of systems

11OCDS road mapOCDS road map 11

Decision Collaborative Environment : CSDL project - PartnersLeader : Dassault-Aviation

Large Companies

Dassault-Aviation, EADS, MBDA, Bull, Alcatel-Lucent, EDF, Thalès, Renault, Dassault Systems

ME

CS, ANSYS, ESI Group

SME

Distène, EnginSoft, Eurodécision, Oxalya, Samtech, HPC-Project, LMS Imagine

Research labs

Digiteo/Scilab, ESIL, INRIA, ECP, ENS Cachan, ONERA, ARMINES, SupElec


requirements

Designspace

decision

Systematic and automatic exploration• Understand the design space

- What are the important parameters ? - How the requirements interact with each others? - Where are the most promising solutions ?

• Generate models dedicated to decision making - Trade offs- Evaluate risks

Synthesis to support decision making• Synthesis of important parameters

- What are the limits and where they are.- Impact of component performances on global performances

• Propose trade offs- Between requirements - On design parameters

• Manage risks- Quantitative evaluation

Evaluate the impact of the requirements

Decision in the design loop


Multi Level Optimization


International Cooperation

Georgia Tech University , Pr Dimitri Mavris

Federal University of Rio de Janeiro, Pr Jose Herskovits Norman (OptimizE- Engineering Optimization Lab)

Triestre University, Pr Carlo Poloni (ModeFrontier) (Esteco, EnginSoft)

Ecole Polytechnique Fédérale de Lausanne, Pr Anton Ivanov, Pr Pénélope Leyland

Tsinghua University, Pr Jean-Claude Paul (INRIA/LLAMA)

University of Texas at Austin: Institute for Computational Engineering & Sciences (Prof. TJR Hughes) & TACC (J. Boisseau – Directeur TACC)

Stanford University: Institute for Computational and MathematicalEngineering – Department of Aeronautics & Astronautics ( Professeur C. Farhat)

Directeur US Army High Performance Computing Research Center


Dassault Aviation design requirements

Intensive HPC computation required for future products design

This use has to be transparent for the users

It is necessary to anticipate what would be future HPC needs

Global approach will be multi level and multi disciplinary

Huge volume of generated data results require efficient analysis tools


More and more constraints

Energy Mastering and Downsizing

Sustainable product life cycle development (eco-design, carbon footprint) ,

Fault tolerance ,

Data integrity, data/information volume

Certification


Main axes of prospective vision :

Development of products and services will be based upon a number of technologies organized in the most standardized architecture as possible to host specific tools and services necessary to the differentiation of a given company and to enable synergies

This development will be done through intensive use of simulation whose mastering will allow to reduce significantly and intelligently physical developments and trials in order to validate prior to effective production

Generated « data deluge » demand processing, saving and integrity of data (« instrumentation of the world », multiplication of sensors)

Generalization in the re-use of parts, systems, software and services, demand a configuration which is both open, rigorous and user-friendly

Securitization will concentrate on data protection and will become increasingly differentiating


Research & Technology Institute: Key Systems engineering LABs


Cooperative work on education enhancement :Key Systems SkillsProject Management

Personal Skills

System Approach

Technical and Methodological bases

Ability to innovate


EICOSE : ARTEMIS innovation cluster

European Institute for Complex Safety Critical Systems Engineering

Partnerships with the following ICT clusters:

Cooperation with :

Connected with Boston (MIT) and Beijing (Tsinghua University)

Elgazala (Tunisia)

Netherlands Germany

Canada(Québec)

UK

European and international partnerships


BostonMIT ILP

& Hubtech21

BeijingPartnership Office

Paris

TunisieMOU with El Ghazala

SYSTEM@TIC Global « hubs »

Joint lab on high performance computing (HPC) with CEA, GENCI, and Versailles Saint-Quentin-en-Yvelines University (UVSQ)


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apresentação gerard poirier - system@atic | ois2010 | case de open innovation entre grandes e...

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