Project-team TROPICAL Tropical methods: structures, algorithms and interactions The project develops tropical methods motivated by applicationsarising in decision theory...
Project-team MATHEXP Computer algebra, experimental mathematics, and interactions MATHEXP develops and implements symbolic and seminumerical computational methods to deal with...
Project-team QURIOSITY Quantum Information Processing and Communication QURIOSITY’s ambition is to extend the application horizon of quantum information science by...
Project-team SODA Computational and mathematical methods to understand health and society with data The soda team does research at the intersection between machine-learning, databases, and...
Project-team BENAGIL Efficient and safe distributed systems The Benagil team studies how to design more efficient and safer distributed systems with a focus on...
Project-team DISCO Dynamical Interconnected Systems: Control and Optimization The goal of the project is to better understand and well formalize the effects of complex...
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 LIFEWARE Computational systems biology and optimization The project Lifeware aims at developing formal methods for understanding the cell machinery and...
Project-team QUACS Quantum Computation Structures Encoding information within quantum systems and manipulating them promises to lead to great...
© Paris-Saclay SPRING 16–17 May 2024 Startup Studio Meet Inria at the 7th Paris-Saclay SPRING on May 16 and 17, 2024