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The teams

  • Correct software components
  • Multiformalism and multifaceted system analysis
  • Software architecture
  • Probabilistic models, competition semantics, associated verification tools
AeLoS
  • Environments-based design
  • Interactions with the environment
  • Perception of the environment
ARMEN
  • From genome to graph comparison
  • From biological process modeling to community modeling
  • Linking modeling scales to extract biomarkers
  • Bioinformatics developments
COMBI
  • Dynamic systems
  • Ordering and Observation
  • Areas of applications
Commande
  • User involved in the process of data collection
  • User involved in the learning/mining process
  • Mining users activity data
  • Learning / mining with relational, structured or linked data
DUKe
Gallinette
  • Distributed systems
  • Web, Semantic Web
GDD
  • Discreet representation of information
  • Representation and perception: psychovisual models
  • Interaction and perception: image quality and Quality of Experience
  • Representation and multimedia communication
  • Interpretation: learning and pattern recognition for structured handwritten documents
IPI
  • System performance
  • Information models and systems
  • Knowledge engineering
IS3P
  • Dynamic modeling
  • Static modelling
  • Formalization of Biological Knowledgeation de la Connaissance Biologique
MéForBio
Naomod
  • Validated Computing
  • Solving and Global Optimization
  • Robotics, Control Theory and Automated Design
OGRE
  • The cooperating man
  • Human and virtual
  • People at the heart of the product
PACCE
  • Expertise in flow simulation
  • Optimal control of industrial systems
  • Taking into account the human factor in scheduling policies
  • Design of Cyber-Physical Production Systems
PSI
  • Action bio-inspired
  • Perception of bio-inspired environment
  • Assistance and support to the human
  • Bio-inspired design
ReV
  • Wireless networks for IoT
  • Infrastructure for IoT
  • Deployment of cyber-physical systems and networks
RIO
  • Development of reconfigurable robotic solutions for the manufacture and handling of large parts
  • Kinematic and dynamic optimization of robots by coupling mechanical and control parameters
  • Modeling and control of multi-material manufacturing processes and associated operating parameters
  • Intelligent control of manufacturing and assembly processes
  • Robotics at the service of the person and for health
RoMas
  • Models and methods for solving inverse problems
  • Machine learning for computer-aided decision making
  • Mathematical and numerical tools for large dimensional calculation
  • Design of tools for applications in multidisciplinary contexts
SIMS
  • Risk management for industrial systems and services
  • Design, planning and scheduling of production and service systems
  • Design and optimization of logistics and transport networks
  • Cross-cutting and fundamental themes
SLP
Stack
  • Execution supports
  • Scheduling
  • Formal methods
STR
  • Analysis & Discovery
  • Alignment & Multilingualism
TALN
  • Model transformation and code synthesis for combinatorial problems
  • Dynamic decision support
  • Probabilistic models to control combinatorics
  • Learning constrained models, heuristics, strategies and invariants
TASC
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