Exploratory action OptiGPR3D Optimal direct and inverse modeling for 3D GPR imaging in complex environments With an a priori provided by a classical imaging method, could we design a network of emitters that...
Exploratory action ProgReco Program Recognition by Machine Learning and Application to Program Optimization Program comprehension is a fundamental problem in computer science, with many applications (reverse...
Exploratory action REALPRIOREIT Bayesian inference with realistic physiological priors for electrical impedance tomography (EIT) This project aims to use Bayesian inference methods to solve inverse biomedical problems, using...
Exploratory action XGAN Interpretable Representation Learning for Video GANs Despite remarkable progress in generative adversarial networks (GANs), such networks operate...
Project-team ACENTAURI Artificial intelligence and efficient algorithms for autonomus robotics The goal of ACENTAURI is to study and develop intelligent, autonomous and mobile robots that...
Project-team ANGE Numerical Analysis, Geophysics and Environment The research activities carried out within the ANGE team strongly couple the development of...
Project-team ANIMA Authoring and directing animated story worlds ANIMA focuses on developing computer tools for authoring and directing animated movies, interactive...
Project-team ARAMIS Algorithms, models and methods for images and signals of the human brain Our team is integrated within the Paris Brain Institute (ICM). It is a joint team with CNRS, Inserm...
Project-team ATLANTIS modeling and numerical methods for computATionaL wave-mAtter iNteracTIons at the nanoScale ATLANTIS is a joint project-team between Inria, CNRS and Université Côte d'Azur thanks to its...
Project-team AUCTUS Robots for Humans at work The objective of the Auctus team is to imagine the collaborative robots of the future. The ability...
Project-team CAGE Control and Geometry CAGE's activities take place in the field of mathematical control theory, with applications in three...
Project-team CALISTO Stochastic Approaches for Complex Flows and Environment Turbulence modeling and particle dynamics are at play in numerous situations in which inertial...
Project-team CAMIN Control of Artificial Movement & Intuitive Neuroprosthesis Camin team has grown out of the former Demar team. Our research is dedicated to the design and...
Project-team CAMUS Compilation for multi-processor and multi-core architectures The CAMUS team is focusing on developping, adapting and extending automatic parallelizing and...
Project-team CARDAMOM Certified Adaptive discRete moDels for robust simulAtions of CoMplex flOws with Moving fronts From PDEs to certified computational models : this is the motto of CARDAMOM . We aim at providing a...