SLIDE 1 MC2 Team – Modèles de Calcul et Complexité
Visite AERES Equipe MC2 1/10
➢ General presentation (Eric Thierry) ~ 20 min ➢ Scientific talk (Eric Rémila) ~ 25 min ➢ Discussion (Pascal Koiran, Toronto) ~ 45 min
Scientific leader : Pascal Koiran
SLIDE 2
Main research topics
Visite AERES Equipe MC2 2/10
➢ Models of computation, Complexity theory
➢ Discrete and algebraic algorithms ➢ Combinatorics ➢ Discrete models for complex systems
SLIDE 3
MC2 Team History
Visite AERES Equipe MC2 3/10 ➢ Team created between 1995 and 1997 by merging team
Connexionisme (Head: H. Paugam-Moisy) and team Automates Cellulaires et Pavages (Head: J. Mazoyer)
➢ Located in the Complex Systems Institute IXXI from
2006 (Founder: M. Morvan)
➢ Scientific leaders: ➢ Jacques Mazoyer (until Sept 2007) ➢ Pascal Koiran (from Sept 2007)
SLIDE 4
Current Team Composition (Dec 2009)
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Researchers (4+2) KOIRAN Pascal PR ENS Lyon PORTIER Natacha MC ENS Lyon REMILA Eric MC IUT Roanne THIERRY Eric MC ENS Lyon ARRIGHI Pablo MC délég CNRS GRATTAGE Jonathan ATER ENS Lyon Engineers (1+6) BOIX Eric IR CNRS BELTRAN Jorge IR expert CHIQUILLO Gina IR expert GRIGNARD Arnaud IR expert LA ROTA Camilo IR expert MALATERRE Mathieu IR expert URIBE Ricardo IR expert Administrative assistant (1) LECOT Laetitia ENS Lyon Doctoral students (5) BRIQUEL Irénée ENS Lyon GRENET Bruno ENS Lyon JOUHET Laurent ENS Lyon NOUAL Mathilde ENS Lyon ROBERT Julien ENS Lyon
SLIDE 5 Team evolution
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CNRS ENS Eng PhD CNRS ENS Eng PhD CNRS ENS Eng PhD CNRS ENS Eng PhD
PR PR PR PR PR PR PR PR
10 permanent temporary Sept 2005 Jun 2008 Sept 2009 Sept 2010 (8 res+0 eng+10 phd) (10 res+4 eng+7 phd) (6 res+7 eng+5 phd) (4 res+1 eng+4 phd) Lyon1+R Lyon1+R Roanne Roanne
SLIDE 6
Research activities: Sept 2005 – Sept 2009
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➢ Algebraic complexity ➢ Quantum computing ➢ Kolmogorov complexity ➢ Fault-tolerant computation ➢ Algebraic algorithms ➢ (min,+) algorithms for Network Calculus ➢ Blind scheduling and data broadcast ➢ Tilings and self-assembly ➢ Network of asynchronous automata ➢ Modelling, simulation, analysis of gene regulatory networks ➢ Simulation platform for complex systems
SLIDE 7
Visite AERES Equipe MC2 6/10
➢ Algebraic complexity ➢ Quantum computing ➢ Kolmogorov complexity ➢ Fault-tolerant computation ➢ Algebraic algorithms ➢ (min,+) algorithms for Network Calculus ➢ Blind scheduling and data broadcast ➢ Tilings and self-assembly (Eric Rémila, today) ➢ Network of asynchronous automata ➢ Modelling, simulation, analysis of gene regulatory networks ➢ Simulation platform for complex systems (Eric Boix, tuesday)
Research activities: Sept 2005 – Sept 2009
SLIDE 8
Production & Support: Sept 2005 – Sept 2009
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➢ Publications: 33 peer-reviewed journal articles,
53 peer-reviewed conference articles
➢ External contracts and grants: 7 ANR, 2 ATIP
CNRS, 1 ARC INRIA, 1 IXXI, 1 IUF, several EU grants and projects
➢ Spin-off start-up from the simulation platform for
complex systems: CoSMo (jan-fev 2010, with E. Boix and M. Morvan)
SLIDE 9 Perspectives: Scientific project
Visite AERES Equipe MC2 8/10
➢ MC2 achievements in complex systems:
- Strong MC2 support in the creation of IXXI
- Theoretical results on discrete models
- Leader in some modelling / simulation /
mathematical analysis projects, in particular with biologists → Creation of the startup CoSMo → Position for the future: modelling / simulation / mathematical analysis
SLIDE 10 Visite AERES Equipe MC2 9/10
➢ Reinforce our core topics :
- Models of computation, Complexity theory
- Discrete and Algebraic algorithms, Combinatorics
- Analysis of discrete models for complex systems
➢ Highlighted incoming research topics :
- Algebraic complexity, Quantum computing
- Probabilistic Cellular Automata, Self-assembly tilings,
Gene networks
- Algorithmics of discrete event systems, Game theory
Perspectives: Scientific project
SLIDE 11 Perspectives: Position / LIP, ENS Lyon, and
- ther supporting institutions
Visite AERES Equipe MC2 10/10
➢ Foster interactions with other LIP teams
➢ Carry on the strong MC2 involvement in the
Computer Science Education Department in ENS Lyon
➢ Regain a critical mass thanks to recruitments from our
supporting institutions