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Mobile robot of logistic assistance for a more effective, more reactive, and more safe mobility of groups - innovation step – Baudet-Rob2
people tracking by merging or by selecting intelligently (depending on the context) different approaches
Mobile robot of logistic assistance for a more effective, more reactive and more safe mobility of groups – BAUDET-ROB
The mission addressed by BAUDET-ROB, called "intelligent tracking of a group of persons by a mobile robot"
Mobile UnderSEA HAND for whole hand robust grasping – SEAHAND
Securing the remote seizure of fragile archaeological objects in a deep marine environment.
Mixed Musical Reality with Creative Instruments – MERCI
Improvisation is a primary driver of human interaction in all aspects of communication and action. This project proposes to radically renew the paradigm of improvised human-computer interaction by establishing a continuum from co-creative musical logic to a form of «physical interreality« (a mixed reality scheme where the physical world is actively modified) anchored in acoustic instruments, the «creative instruments«.<br /><br />Translated with www.DeepL.com/Translator (free version)
Mixed Initiative Co-Creative Design for Long-Term Human-AI Musical Partnerships – MICCDroP
Current Human-Artificial intelligence (Ai) co-creative systems, also known as Mixed Initiative Co-Creative
Mitochondrial Disease database : an integrated multi-OMICS approach
nouveaux outils bioinformatiques mais aussi par l’intelligence artificielle pour mieux comprendre et [...] on de nos gènes. Des approches innovantes d’intelligence artificielle seront développées.
Mining medical archives and pathological collections in the digital age. Artificial intelligence at the frontiers of biology and the humanities. – ArchiMed
century. Our radical approach combines artificial intelligence (AI) for the analysis of paper technologies
Microstructuture-rheology relationship in flexible fiber suspensions – FIBFLEX
n will also be explored based on artificial intelligence. Finally, the third approach will concern mesoscopic
Microscopic Intelligibility Modeling – MIM
at a fine resolution. Current approaches to intelligibility prediction provide macroscopic estimates consisting [...] recent developments in the field of Artificial Intelligence, models could predict recognition at a sub-lexical
