Project-team CAMUS Compilation for multi-processor and multi-core architectures The CAMUS team is focusing on developing, adapting and extending automatic and semi-automatic...
Project-team CARAMBA Cryptology, arithmetic : algebraic methods for better algorithms Our research addresses the broad application domain of cryptography and cryptanalysis from the...
Project-team GAMBLE Geometric Algorithms & Models Beyond the Linear & Euclidean realm Classical computational geometry usually deals with linear objects in a Euclidean setting and when...
Project-team HUCEBOT HUman CEntered roBOTics HUCEBOT (acronym for Human Centered Robotics) is an Inria research team at the Inria Center of the...
Project-team LORELEY Large Scale Trustworthy Distributed Collaborative Systems The aim of LORELEY is to design solutions for large scale trustworthy distributed collaborative...
Project-team MACARON MAChine leARning for Optimized Numerical methods The INRIA Macaron team (common with IRMA and CNRS) works on the construction of numerical methods...
Project-team MFX Matter from Graphics Our team focuses on challenges related to shape complexity in the context of Computer Graphics and...
Project-team MIMESIS Computational Anatomy and Simulation for Medicine The main focus of the MIMESIS team is to develop new solutions at the crossroad between imaging...
Project-team MOCQUA Designing the Future of Computational Models The goal of the Mocqua team is to tackle challenges coming from the emergence of new or future...
Project-team MULTISPEECH Multimodal Speech in Interaction MULTISPEECH is a joint research team between the Université of Lorraine, Inria, and CNRS. It is part...
Project-team NECTARINE Neurmodulation using pharmacological and digital medicines Worldwide the burden of mental disorders in humans continues to grow with significant impact on...
Project-team PASTA Space-time random processes and applications PASTA Spatio-Temporal stochastic processes and their applications PASTA is a joint research team...
Project-team PESTO Proof techniques for security protocols The aim of the Pesto project is to build formal models and techniques, for computer-aided analysis...
Project-team RESIST Resilience and elasticity for security and scalability of dynamic networked systems The RESIST project designs, implements and validates novel models, algorithms and tools for highly...
