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From specific ceramic materials and components to integrated, secured and intelligent communication systems
systèmes de communication intégrés, sécurisés et intelligents. Depuis 2011, le LabEx Σ-LIM a fortement contribué
From biological decision making and temporal learning to ultra-edge AI – MicroBrainOnEdge
way to new approach to ultra-lean artificial intelligence.
France brazil collaboration on universal behavior of exotic nuclear systems – FBCUBES
on core nuclei, we will leverage artificial intelligence techniques to create meta-models for computationally
Fostering Uses and Usages of Open Sensor Data in Smart Cities – OpenSensingCity
OpenSensingCity aims at facilitating uses and usage of open data, whether static or dynamic, in smart urban areas. The results of the project will help application developers that exploit open data to better manage, search, process open data, including real time data.
Fostering Understanding of algorithm TrUst to Reduce aversion through Emotional and external advices influences – FUTURE
Advancements in artificial intelligence and new technologies is leading to the increasing integration
Formal Analysis and Design of AI-intensive Cyber-Physical Systems – CyphAI
Artificial intelligence (AI) are revolutionizing information systems used for control and supervision
Formal APPRoach and artificial intElligeNce for the moniToring and Intervention optimization of mobile agents in industrial Sites – APPRENTIS
discrete event systems (DESs) and artificial intelligence (AI). This dual approach is motivated by the
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.
Food value chain intelligence and integrative design for the development and implementation of innovative food packaging according to bioeconomic sustainability criteria – QuiPack
linked to AI/IoT-assisted Food Value Chain Intelligence and Decision Support Systems – FVCI/DSS) and
Fluorinated Cyclopropane Amino Acids: from Synthesis to structural Implication in peptides for biological Applications – FLUORAAC
approaches and will also call on artificial intelligence. These chiral cyclopropane motifs bearing a
