Project-team CTRL-A Control for safe Autonomic computing systems CTRL-A is motivated by today’s context where computing systems, large (data centers) or small...
Project-team EX-SITU Extreme Situated Interaction ExSitu explores the limits of interaction — how extreme users interact with technology in extreme...
Project-team FAIRPLAY Coopetitive AI: Fairness, Privacy, Incentives Most of the current machine learning literature focuses on the case of a single agent (an algorithm)...
Project-team GRACE Geometry, arithmetic, algorithms, codes and encryption Algorithmic number theory, and the computational issues related to algebraic curves over various...
Project-team GRAPHDECO GRAPHics and DEsign with hEterogeneous COntent Despite significant progress in Computer Graphics, HCI and Computer Vision, creating, manipulating...
Project-team HEKA Health data- and model- driven approaches for Knowledge Acquisition HeKA is a common project-team of Inria, Inserm and Université Paris Cité. HeKA is jointly affiliated...
Project-team MAASAI Models and Algorithms for Artificial Intelligence Maasai is a research project-team at Inria Sophia-Antipolis, working on the models and algorithms of...
Project-team MAKUTU Experimental-based modeling and simulation of wave propagation to characterize geophysical and heliophysical media and to design complex objects Numerical geosciences encompass a large variety of scientific activities tackling societal...
Project-team MARACAS Models and Algorithms for Reliable Communication Systems MARACAS combines communication theory and information theory with statistical signal processing...
Project-team MATHNEURO Mathematics for Neuroscience The research of the MathNeuro team focuses on the applications of multi-scale dynamics to...
Project-team MCTAO Mathematics for Control, Transport and Applications Our goal is to develop methods in geometric control theory for nonlinear systems, mostly finite...
Project-team MEMPHIS Modeling Enablers for Multi-PHysics and InteractionS We aim at a step change in numerical modeling in order to answer actual industrial needs. Our goal...
Project-team MICROCOSME Analysis, engineering, and control of microorganisms MICROCOSME combines computational and experimental approaches for the analysis, engineering, and...
Project-team MORPHEO Capture and Analysis of Shapes in Motion Morpheo's main objective is the ability to perceive and to interpret moving shapes using multiple...
Project-team MUSCLEES Mathematical Understanding across Scales of Complex Living Ecosystems with Emerging Structures