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Hybrid supramolecular/plasmonic switches as luminescence sensors and watermarkers – SupraSwitch
One of the current challenges of applied plasmonics is to control the molecular configuration around nanostructures as a promising route to drive their functionality. Our idea is to couple metal nanoparticles with fluorophores and to achieve distance control between them through the use of stimuli-responsive molecules like ß-cyclodextrin/guest and poly(N-isopropylacrylamide).
Design of lightweight parts made by wire and arc additive manufacturing – BeShape
manufacturability of the part is ensured by the intelligent assembly of individually manufacturable patterns
Capture of the operational Traces of the company’s actors to build human Capital and define the winning Processes – CaTCaP
Learning and evolution of actors' practices, based on individual and collective competencies
Imaging Spatial and Social Brain Networks in Primates with a “CIM2” approach (Comparative, Immersive, Multimodal and Multicentric) – CIM2
Spatial and social cognitions are two fundamental components of human intelligence, coping with the physical and social dimensions of the environment. Despite extensive efforts, our knowledge of the underlying brain mechanisms is still fragmented and incomplete, and 3 central questions remain largely unanswered:<br />1-What are the brain networks supporting spatial and social cognitions?<br />2-What are the relationships between spatial and social networks?<br />3-What are their specificities in humans?
GRoups' Analysis for automated Cohesion Estimation – GRACE
Groups are a fascinating phenomenon. A 60 years long tradition on the study of groups in Social Science enabled to focus on higher level concepts called group emergent states. Cohesion is one of them. Despite cohesion being studied in several disciplines, a comprehensive multidisciplinary investigation is lacking. GRACE is a research project aimed at developing a computational model of cohesion integrating its task and social dimensions and also accounting for their relationship over time.
Robot collaboratif – CoBot
The goal of the CoBot (Collaborative roBot) project is to enable humanoid robots to interact and collaborate safely with humans during handling tasks.<br />The project is in the axe « Interaction, Robotics - Artificial intelligence » of the challenge «Society of information and communication». The project matches gesture, movement, collaborative interactions, increased human, humanoid, adaptable systems, planning, cognitive architecture, autonomous decision, human-robot collaboration, mobility...
BiNary NEURal NetwOrks based oN CMOS/RRAM Hybrid archItecture and in Memory Computing Concept for Sensor Fusion Application – NEURONIC
widely investigated algorithms in Artificial Intelligence. Unfortunately, their operations on processors
A Visual Memory Network for Scene Understanding – AVENUE
Despite significant progress, this level of visual intelligence has not been achieved by artificial systems
Looking for relevant linguistic units to improve the intelligibility measurement of speech production disorders – RUGBI
In the context of the speech production disorders observed in ENT cancers, neurological, sensory or structural pathologies, the objective of the RUGBI project is to make improvements to the measurement of the intelligibility deficit.
International Document Engineering, Analysis and Security lab – IDEAS
International Document Engineering, Analysis and Security Lab