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INTEGRATED CHEMOTYPING OF MICROALGAE: A NECESSARY TOOL FOR BIODIVERSITY EXPLORATION AND BLUE BIOTECHNOLOGY DEVELOPMENT – I-CHEMALGAE
original tools such as LC-NMR and artificial intelligence will be implemented to speed up the de novo
Hypermedia Communities of People and Autonomous Agents – HyperAgents
The HyperAgents project aims at enabling the deployment of world-wide hybrid communities of people and autonomous agents on the Web. For this purpose, HyperAgents defines a new class of multi-agent systems that use hypermedia as a general mechanism for uniform interaction such that they are (i) aligned with the Web architecture to inherit the properties of the Web as a world-wide, open, and long-lived system, (ii) transparent and accountable to support acceptance by people.
Hybrid-Innovative-Learning-LAB
outil Excel le modèle de contrat d’apprenance « intelligent », le modèle des fiches d’emplois types pour
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).
Hybrid Neural Networks for rehabilitation – HYRENE
HYRENE is a fundamental research project aiming at the development of innovative technologies : hybrid systems connecting artificial and biological neural networks. One goal of this project is to couple a whole organ (mouse spinal cord) with a hardware networks in order to restore the organ functional activity after a lesion. Further perspectives are the development of smart “neuroelectronic” interfaces for functional rehabilitation.
Hybrid FWFI/AI process for the automatic detection, 3D location and classification of embedded utiliities by electromagnetic techniques – PROMETHEUS
through combining physical methods, artificial intelligence (AI) methods and innovative technologies adapted
Hybrid Artificial Intelligence applied to Byzantine Sigillography – BHAI
proposes an innovative approach to Artificial Intelligence applied to Byzantine sigillography. Our proposal
Hybrid AI for modeling Prognosis of Inflammation process in AGING – HAPI-AGING
equations, we aim to hybrid ABM to artificial intelligence (AI) Machine-Learning (ML) modeling. To achieve
Humans and Artificial Intelligence Sharing Control and Decisions – HAISCoDe
program aims at developing novel artificial intelligence (AI) approaches in contexts where humans and
