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The Sino-French IT Lab. St é phane Grumbach Laboratoire Franco-Chinois d’Informatique, d’Automatique et de Mathématiques Appliquées http://liama.ia.ac.cn. What is LIAMA?. A Joint Lab a team of around 40 researchers and students working on half a dozen research projects - PowerPoint PPT Presentation
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The Sino-French IT LabThe Sino-French IT Lab
StStéphane Grumbachéphane Grumbach
Laboratoire Franco-Chinois d’Informatique, Laboratoire Franco-Chinois d’Informatique, d’Automatique et de Mathématiques Appliquéesd’Automatique et de Mathématiques Appliquées
http://liama.ia.ac.cnhttp://liama.ia.ac.cn
StStéphane Grumbachéphane Grumbach
Laboratoire Franco-Chinois d’Informatique, Laboratoire Franco-Chinois d’Informatique, d’Automatique et de Mathématiques Appliquéesd’Automatique et de Mathématiques Appliquées
http://liama.ia.ac.cnhttp://liama.ia.ac.cn
2
What is LIAMA?What is LIAMA?
A Joint Lab a team of around 40 researchers and students working on half a dozen research projects
initiated in France by INRIA hosted by the Institute of Automation
of the Chinese Academy of Sciences, CAS located in the heart of Zhongguancun in Beijing
The Chinese silicon valley
A Joint Lab a team of around 40 researchers and students working on half a dozen research projects
initiated in France by INRIA hosted by the Institute of Automation
of the Chinese Academy of Sciences, CAS located in the heart of Zhongguancun in Beijing
The Chinese silicon valley
3
INRIA, the founding partnerINRIA, the founding partner
French National Institute for Computer Science and Control2700 scientists including 950 PhD studentsBudget of 135 MEuros
A major European actor of research in ITMore than 100 projects in FP6Coordination of 3 projects on grid CoreGrid (NoE); GridComp (STREP); XtreemOS (IP)
120 project-teams divided into 5 scientific areas Communicating systems Cognitive systems Symbolic systems Numerical systems Biological systems
Leader in technology transfer 80 spin-off companies (Ilog)
French National Institute for Computer Science and Control2700 scientists including 950 PhD studentsBudget of 135 MEuros
A major European actor of research in ITMore than 100 projects in FP6Coordination of 3 projects on grid CoreGrid (NoE); GridComp (STREP); XtreemOS (IP)
120 project-teams divided into 5 scientific areas Communicating systems Cognitive systems Symbolic systems Numerical systems Biological systems
Leader in technology transfer 80 spin-off companies (Ilog)
4
CASIA, the host partnerCASIA, the host partner
The institute of Automation
One of the IT institutes of CAS in BeijingCreated in 1956
National Laboratory of Pattern Recognitionimage processing and graphics, machine vision, pattern recognition,
speech recognition and understanding, natural language processing,
Key Laboratory of Complex systemsadvanced robotic control, artificial intelligence, intelligent sensing technology, human-machine interfaces, advanced manufacturing systems, cognitive science,
A famous spin-off: Hanwang
The institute of Automation
One of the IT institutes of CAS in BeijingCreated in 1956
National Laboratory of Pattern Recognitionimage processing and graphics, machine vision, pattern recognition,
speech recognition and understanding, natural language processing,
Key Laboratory of Complex systemsadvanced robotic control, artificial intelligence, intelligent sensing technology, human-machine interfaces, advanced manufacturing systems, cognitive science,
A famous spin-off: HanwangQuickTime™ and a
TIFF (Uncompressed) decompressorare needed to see this picture.
5
A history of almost a decadeA history of almost a decade
LIAMA was established in January 1997 by The Chinese Academy of Sciences, CAS, and The French Institute for Computer Science and Control, INRIA
To promote cooperation in the areas of computer science, automation and applied mathematics
Following an annual call for proposalssmall research projectsfunded by both parties have been selected each yearby a joint scientific committee
LIAMA was established in January 1997 by The Chinese Academy of Sciences, CAS, and The French Institute for Computer Science and Control, INRIA
To promote cooperation in the areas of computer science, automation and applied mathematics
Following an annual call for proposalssmall research projectsfunded by both parties have been selected each yearby a joint scientific committee
6
A hub for the cooperation in ITA hub for the cooperation in IT Joint research projects Exchange of students
LIAMA hosts an increasing number of French studentsLIAMA sends Chinese students to Europe
Promotion of open source software Scientific computing software, Scilab
Development projects with French industryAlcatel Space, France Telecom, etc.
Promotion of Sino-European cooperation1st FP5 IST EU-China project, ANFAS, 1999
1st OIF Marie Curie fellowship for China, 2005
Joint research projects Exchange of students
LIAMA hosts an increasing number of French studentsLIAMA sends Chinese students to Europe
Promotion of open source software Scientific computing software, Scilab
Development projects with French industryAlcatel Space, France Telecom, etc.
Promotion of Sino-European cooperation1st FP5 IST EU-China project, ANFAS, 1999
1st OIF Marie Curie fellowship for China, 2005
7
Why are we
working
in China ?
Why are we
working
in China ?
8
A very dynamic environment A very dynamic environment
Zhongguancun, the Chinese silicon valley About 1/3 of the institutes of the Academy of Science
Institute of software, Institute of computing technology Famous universities, 350% increase of students in China 1998->2003
Tsinghua, Peking U., Beihang, etc.Active hitech park
Lenovo, etc. Research labs of most industrial IT players,
Motorola, Intel, Microsoft, HP, Google, etc.
A strong French network Industrial labs: France Telecom, Thomson, French engineering university: Ecole Centrale de Pékin
Zhongguancun, the Chinese silicon valley About 1/3 of the institutes of the Academy of Science
Institute of software, Institute of computing technology Famous universities, 350% increase of students in China 1998->2003
Tsinghua, Peking U., Beihang, etc.Active hitech park
Lenovo, etc. Research labs of most industrial IT players,
Motorola, Intel, Microsoft, HP, Google, etc.
A strong French network Industrial labs: France Telecom, Thomson, French engineering university: Ecole Centrale de Pékin
9
Boom of IT in ChinaBoom of IT in China
Rapidly increasing IT penetration 380 millions mobile phones (1st rank) 120 millions people online (2nd rank)
2nd linguistic group online
30% computer equipped urban home
Rapidly expanding IT industry 3rd rank (behind USA and Japan) 2nd for manufactured products (PC, etc.)
Lenovo (IBM PC), Huawei
1st for export since 2004 (ahead of the USA)
Rapidly increasing IT penetration 380 millions mobile phones (1st rank) 120 millions people online (2nd rank)
2nd linguistic group online
30% computer equipped urban home
Rapidly expanding IT industry 3rd rank (behind USA and Japan) 2nd for manufactured products (PC, etc.)
Lenovo (IBM PC), Huawei
1st for export since 2004 (ahead of the USA)
10
Priorities of IT research in ChinaPriorities of IT research in China
Hardware: High performance computing 1er DOE, USA, BlueGene
IBM, 131072 processors, 2005 42e Shanghai, China Dawning 4000A,
Dawning, 2560 processors, 2004
SoftwareOnly 33% of software used in China is homemadeIncrease of outsourcing activitiesAsianux: linux with Japan and KoreaDesktop chinese office
StandardsEVD, WAPI, TD-SCDMA
Theoretical Computer ScienceProcess calculi for real time systemsAndrew Yao, Turing award 2000, back in Tsinghua
ApplicationsEmphasis on environmental issues (hazard prediction, agronomy, etc.)
Hardware: High performance computing 1er DOE, USA, BlueGene
IBM, 131072 processors, 2005 42e Shanghai, China Dawning 4000A,
Dawning, 2560 processors, 2004
SoftwareOnly 33% of software used in China is homemadeIncrease of outsourcing activitiesAsianux: linux with Japan and KoreaDesktop chinese office
StandardsEVD, WAPI, TD-SCDMA
Theoretical Computer ScienceProcess calculi for real time systemsAndrew Yao, Turing award 2000, back in Tsinghua
ApplicationsEmphasis on environmental issues (hazard prediction, agronomy, etc.)
11
What are we
working on
at LIAMA?
What are we
working on
at LIAMA?
12
Current projects in LIAMACurrent projects in LIAMA
Research projects GreenLab, Plant Growth modeling and Applications Remote Sensing Data Fusion and Image Understanding CAD - Computer Graphics Pervasive data processing Biometry
Development project Scilab, Promotion of the scientific computing software
Research projects GreenLab, Plant Growth modeling and Applications Remote Sensing Data Fusion and Image Understanding CAD - Computer Graphics Pervasive data processing Biometry
Development project Scilab, Promotion of the scientific computing software
13
The GreenLab projectThe GreenLab project
Stochastic, functional and interactive models for Plant Growth and Architecture simulation
Cooperation with INRA, CIRAD, INRIA
Philippe de Reffye, CIRAD, Marc Jaeger, CIRAD, Alexia Stokes, INRAThierry Fourcaud, CIRADHU Baogang, CASIA,ZHENG Xiaopeng, CASIA
Two main directions :
1) plant growth modeling2) eco-engineering
Stochastic, functional and interactive models for Plant Growth and Architecture simulation
Cooperation with INRA, CIRAD, INRIA
Philippe de Reffye, CIRAD, Marc Jaeger, CIRAD, Alexia Stokes, INRAThierry Fourcaud, CIRADHU Baogang, CASIA,ZHENG Xiaopeng, CASIA
Two main directions :
1) plant growth modeling2) eco-engineering
14
The GreenLab project (2)The GreenLab project (2)
Research Axis 1Plant growth modeling, botany ecophysiologyand landscape visualization
Research objectives Development of structural-functional models of plant growth based on
architectural knowledge;
Development of visualization techniques for application at large scales
Supported by MOST 863, NSFC
Research Axis 1Plant growth modeling, botany ecophysiologyand landscape visualization
Research objectives Development of structural-functional models of plant growth based on
architectural knowledge;
Development of visualization techniques for application at large scales
Supported by MOST 863, NSFC
15
The GreenLab project (3)The GreenLab project (3)
Research Axis 2: Eco-engineering ecological management of slopes and forest
against natural hazards
Research objectives Physical based models for- soil fixation by vegetation
(erosion, landslides);- trees and forest wind firmness
(tree biomechanics, aerodynamic turbulence)Development of a Slope Decision Support System for eco-engineering
Research Axis 2: Eco-engineering ecological management of slopes and forest
against natural hazards
Research objectives Physical based models for- soil fixation by vegetation
(erosion, landslides);- trees and forest wind firmness
(tree biomechanics, aerodynamic turbulence)Development of a Slope Decision Support System for eco-engineering
16
The Remote Sensing projectThe Remote Sensing project
Remote sensing, data fusion and understanding
Cooperation with INRIA, ESA
Véronique PRINET, CASIAPAN Chunhong, CASIA
Main objective: change detection from data fusion
Remote sensing, data fusion and understanding
Cooperation with INRIA, ESA
Véronique PRINET, CASIAPAN Chunhong, CASIA
Main objective: change detection from data fusion
17
The Remote Sensing project (2)The Remote Sensing project (2)
Research objectives Image understanding
Knowledge representation, object modelingIncomplete or inaccurate sources of information
Pattern/object recognition Geometric / Probabilistic modeling
Deformable models, harmonic decomposition Bayesian modeling, Markov Random Fields
Computer vision Interferometry processing
Research objectives Image understanding
Knowledge representation, object modelingIncomplete or inaccurate sources of information
Pattern/object recognition Geometric / Probabilistic modeling
Deformable models, harmonic decomposition Bayesian modeling, Markov Random Fields
Computer vision Interferometry processing
18
The Remote Sensing project (3)The Remote Sensing project (3)
Application domains Flood monitoring
Urban planning
ANFAS, Data Fusion For Flood Analysis and Decision SupportEU-China FP5 IST project with MOST , WorldBank
Urban, Multi-source data fusion and urban development planning decision supportMOST863 project with Alcatel-space
Dragon project, earth observation program (2004-2007)ESA, NRSC MOST
Application domains Flood monitoring
Urban planning
ANFAS, Data Fusion For Flood Analysis and Decision SupportEU-China FP5 IST project with MOST , WorldBank
Urban, Multi-source data fusion and urban development planning decision supportMOST863 project with Alcatel-space
Dragon project, earth observation program (2004-2007)ESA, NRSC MOST
19
The computational geometry projectThe computational geometry project
New project 2004
Cooperation with INRIA, CNRS
Jean-Claude Paul, CNRS
Sun Jiaguang, Yong Yun Hai, Tsinghua University
Curves and Surfaces
Geometry Processing - Multi resolution Geometry and Simulation
Multi-scale Modeling of Light
New project 2004
Cooperation with INRIA, CNRS
Jean-Claude Paul, CNRS
Sun Jiaguang, Yong Yun Hai, Tsinghua University
Curves and Surfaces
Geometry Processing - Multi resolution Geometry and Simulation
Multi-scale Modeling of Light
20
The biometry projectThe biometry project
New project 2005Bernadette Dorizzi, INTTAN Tieniu, CASIA
European Network of Excellence BIOSECURE CASIA Biometry Lab
Research objectivesiris and face recognition
New project 2005Bernadette Dorizzi, INTTAN Tieniu, CASIA
European Network of Excellence BIOSECURE CASIA Biometry Lab
Research objectivesiris and face recognition
21
The pervasive data processing projectThe pervasive data processing project
New project 2005Stéphane Grumbach, CNRS
Research objectivesAdaptive algorithms for query evaluation
in dynamic networks of communicating devices
Applications:
Social networking, France Telecom
Sensor networks, Intelligent Transportation Systems,
New project 2005Stéphane Grumbach, CNRS
Research objectivesAdaptive algorithms for query evaluation
in dynamic networks of communicating devices
Applications:
Social networking, France Telecom
Sensor networks, Intelligent Transportation Systems,
22
The Scilab projectThe Scilab project
Scilab An open source scientific software package for numerical
computations (linear algebra, control, signal processing, simulation, etc.)
An alternative to Matlab
Scilab consortium (created in June 2003)
20 companies (incl. CEA, CNES, DASSAULT-AVIATION, ECOLE POLYTECHNIQUE, EADS,
EDF, IFP, INRIA, PSA, RENAULT, THALES)
Development team at INRIA Rocquencourt
Scilab An open source scientific software package for numerical
computations (linear algebra, control, signal processing, simulation, etc.)
An alternative to Matlab
Scilab consortium (created in June 2003)
20 companies (incl. CEA, CNES, DASSAULT-AVIATION, ECOLE POLYTECHNIQUE, EADS,
EDF, IFP, INRIA, PSA, RENAULT, THALES)
Development team at INRIA Rocquencourt
23
The Scilab project (2)The Scilab project (2)
Promotion of Scilab in ChinaHU Baogang, CASIA
LI Shi, CASIA
Software distribution: 23 000 downloads (in China)Annual seminar with scilab contest since 2002Several toolboxes developed Two books in ChineseHigh school mathematics Textbook using Scilab
http://www.scilab.org.cn
Promotion of Scilab in ChinaHU Baogang, CASIA
LI Shi, CASIA
Software distribution: 23 000 downloads (in China)Annual seminar with scilab contest since 2002Several toolboxes developed Two books in ChineseHigh school mathematics Textbook using Scilab
http://www.scilab.org.cn
24
LIAMA team in December 2005LIAMA team in December 2005
CASIA Researchers: Baogang HU, Veronique PRINET,
Xiaopeng ZHANG, Chunhong PAN, Shi LI,
French researchers:Marc Jaeger, Thierry FOURCAUD, CIRAD
Jean-Claude PAUL, Stéphane Grumbach, CNRS
Alexia STOKES, Luc Jouneau, INRA
Students1 Postdoc, 14 Ph.D. Students, 12 Master/Internship students
Secretary Bizhen HONG
CASIA Researchers: Baogang HU, Veronique PRINET,
Xiaopeng ZHANG, Chunhong PAN, Shi LI,
French researchers:Marc Jaeger, Thierry FOURCAUD, CIRAD
Jean-Claude PAUL, Stéphane Grumbach, CNRS
Alexia STOKES, Luc Jouneau, INRA
Students1 Postdoc, 14 Ph.D. Students, 12 Master/Internship students
Secretary Bizhen HONG
25
The partners in ZhongguancunThe partners in Zhongguancun
Tsinghua University Beijing university Beihang University Chinese Agriculture University Chinese Academy of Agricultural Sciences Chinese Academy of Sciences
Institute of Software France Telecom R&D
etc.
Tsinghua University Beijing university Beihang University Chinese Agriculture University Chinese Academy of Agricultural Sciences Chinese Academy of Sciences
Institute of Software France Telecom R&D
etc.
26
The partners in FranceThe partners in France
Research InstitutesINRIA, CNRS, CIRAD, INRA, BRGM
Universities Ecole Centrale Paris & Lyon, Ecole Polytechnique, INSA, INPT, ParisTech, etc.
IndustriesFrance Telecom, Alcatel Space,
AgenciesFFSCA Foundation, AFCRST
and in Europe ERCIM Wageningen University, etc.
Research InstitutesINRIA, CNRS, CIRAD, INRA, BRGM
Universities Ecole Centrale Paris & Lyon, Ecole Polytechnique, INSA, INPT, ParisTech, etc.
IndustriesFrance Telecom, Alcatel Space,
AgenciesFFSCA Foundation, AFCRST
and in Europe ERCIM Wageningen University, etc.
27
PerspectivesPerspectives
2007: 10th anniversary of LIAMA
Objectives Increased European participation
ERCIM ?
International Research Unit New projects
Medical imaging ?
Intelligent Transportation systems ?
2007: 10th anniversary of LIAMA
Objectives Increased European participation
ERCIM ?
International Research Unit New projects
Medical imaging ?
Intelligent Transportation systems ?