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New Information Services – NIS
infrastructure, the second layer consists in the intelligent part of the networks and in particular intellectual
New (photo)initiated polymerization processes for thick, filled, reinforced materials and new coatings. – Deep CURE
The Deepcure project is devoted to photopolymerizable materials which represent the field of expertise of both LPIM and Mäder. The issues that limit todays the development of such materials represents the two major topics of research in Deepcure. This concerns thick and highly pigmented photopolymerizable materials as well as new photopolymerizable coatings with advanced functionalities.
Neurotechnology User Training System – NUTS
technology. This project aims to develop the first intelligent tutoring system dedicated to BCI user training
Neuro-Incremental Reinforcement Learning from Human Preferences – NeuRL
In the near future, intelligent agents will be ubiquitous in our daily lives, replacing or assisting [...] algorithms to each task. In contrast, we expect intelligent agents to solve decision problems on the fly
Neural networks underlying temporally structured behavior – Cano-T
further, combining it with recent artificial intelligence techniques, to describe how elementary cognitive
Neural mechanisms of learning and representing hidden task structures to afford generalization in problem solving – STRUCTGEN
behavioral flexibility is a hallmark of human intelligence while it is often severely impaired in patients [...] remains a key challenge for most artificial intelligence systems. Computational models have suggested [...] contribute to a better understanding of human intelligence.
Network for studying Entrainment and microPHysics of cLouds using Adaptive Exploration – NEPHELAE
that coordinate themselves in real-time as an intelligent network to address long standing questions in [...] goals of Défi 1 / Orientation 1 by creating an intelligent network to monitor the earth system with an
Naval Artificial Intelligence Autonomous Drones – NAIAD
The NAIAD projet aims at increasing the decision-making autonomy of a fleet of unmanned vehicles and to enhance the robustness of underwater operations, even without an underwater satellite positioning system and without immediate access for a carrier vessel. To do so, NAIAD integrates different methodologies from the field of artificial intelligence with technological solutions implemented by a fleet of autonomous robots to perform surveillance and intervention operations.
Natural Interactions, Knowledge, Immersive system for Training in Aeronautic – NIKITA
advantages. The virtual reality, the artificial intelligence and the serious game allow today to propose [...] engineering, in artificial and really virtual intelligence. From the three previous questions, we have
Natation et Paranatation: Tous Unis pour Nos Etoiles
de la performance), le 7ème défi (Big Data et Intelligence Artificielle au service de la performance) et [...] sous-marine) permet grâce au développement d’une intelligence artificielle de suivre automatiquement un squelette
