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AppRoximaTivE Flexible Circuits and Computing for IoT – ARTEFaCT
hardware side and, in addition, extending this with intelligent and adaptive power management on the software
Components Control Communication for DC microgrid – C3µ
central management system to integrate all of the intelligence in the nodes.
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
Investigating the canonical organization of neocortical circuits for sensory integration – CANON
of the neocortex ? and ultimately of human intelligence.
A smart nanotechnology approach for the development of intelligent safety high performance textiles and clothing against chemical warfare agents and pesticides – GraphTEX
Despite the international efforts aimed at regulating and lessening the use of environmentally toxic gas nerve agent, organophosphorus compounds(OP) are still used intensively as pest control agents a
Control and simulAtion of Electrical Systems, interAction and RobustnesS – CAESARS
Control and simulAtion of Electrical Systems, interAction and RobustnesS
Multimodal Multilingual Continuous Representation for Human Language Understanding – M2CR
is one of the necessary condition to develop intelligence in living beings. Humans use several modalities
ArTificial Language uNdersTanding In robotS – ATLANTIS
symbolic intelligence, going beyond simple sensory-motor loops or pattern-based intelligence towards grounded
Innovative Microsystems for Pyrotechnic Applications of Combined Technologies – IMPYACT
miniatures, multifonctionnels, multipoints, « intelligents », compétitifs, sécurisés et intégrant in situ [...] d’initiation pyrotechniques multi-points, « intelligents », sécurisés, non soumis à division de risque
Forensic Research using Isotope Intra-Molecular Experiments: Development and use of quantitative 13C and 15N NMR spectrometry – FRIIME
Recent developments in nuclear magnetic resonance (NMR) in terms of accuracy make it possible to detect and to quantify the intimate constitution of matter by establishing of an isotopic profile. The aim of the FRIIME project is to develop and to apply this approach to build up the carbon 13 and / or nitrogen profile of drug-cutting molecules or used as home-made explosives.