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emergency transport optimized by Artificial Intelligence, automatic natural language processing and deep learning – SADIAND
The SADIAND joint laboratory is part of a context that favors the development of artificial intelligence, with increasingly large volumes of available data, ever more powerful algorithms and machines, and greater complexity in decision-making due to an uncertain and changing environment. Its applica
Intelligence, RecognItion and Reactive SurveillancE – IRISER
The members of the research federation Math-STIC (FR CNRS 3734), in particular the members of the laboratory of Information Processing and Transport (L2TI, UR 3043) and of the Computer Science Laboratory of Paris Nord (LIPN, UMR 7539 CNRS), of the University Sorbonne Paris Nord (USPN) and the compan
Mécanismes moléculaires de la compartimentation des métaux chez les cellules végétales – DISTRIMET
Background Transition metals are essential for many functions in living cells. They are required for electron transfer reactions during respiration and photosynthesis which take place in specific intracellular organelles: mitochondria and chloroplasts. On the other hand, due to their physico-chemica
Molecules for spin electronics – MOSE
This research combines molecular electronics and spin electronics by studying electric transport properties of molecule(s) connecting two magnetic electrodes. The planned experiments intend to: - fabricate magnetic electrodes separated by 1-2 nm, with optimized mechanical stability properties. The m
Toward a novel lubrication approach tailored to E-mobility – ELUB-Mobility
In the pursuit of lower CO2 emissions, Electric Vehicles (EVs) represent a promising step toward completely decarbonizing the transportation sector. However, the shift to EVs brings new challenges in the field of lubrication and tribology, related mainly to the increasingly harsher and broader range
Coupling between Ionic and Electronic Transport in Single-Walled Carbon Nanotubes – IONESCO_Ukraine
Efficient coupling between electronic and biological systems requires an interface for converting electronic signals into ionic (or chemical) signals, and vice versa, ideally with high sensitivity and speed. Unfortunately, the performances and functionalities of present electro-ionic devices poorly
Hamilton-Jacobi et théorie KAM faible : à l'interface des EDP, systèmes dynamiques lagrangiens et symboliques – KAMFAIBLE
The goal of our project is to bring together the French mathematicians who work in areas related to the Hamilton-Jacobi Equation: Dynamical Systems, PDE, and Optimal Control in order to enhance further progress in this subject which has known dramatic development in the last ten years. The area now
Dynamique et Optimisation des Processus de TRansport Intermittents – DYOPTRI
Many transport and search processes can be analyzed in term of a succession of two types of exploring steps. This intermittency is a general feature for numerous physical, chemical, biological and industrial systems. At the microscopic scale, we can mention the diffusive motion of species in confine
Interactions bactéries - ANTIBIotiques dans les installations de traitement des EAUx usées – ANTIBI-EAU
Scientific background and objectives: The presence in the environment of pharmaceutical substances is a public health problem. These biologically active, hydrophilic and persistent substances are introduced in the water cycle by wastewater and are discharged in the environment, if the barrier const
Advanced Monte Carlo and Quasi-Monte Carlo Sampling for Computer Graphics Applications – AMCQMCSCGA
Stochastic and quasi-stochastic sampling is a key component of Monte Carlo and Quasi-Monte Carlo (MCQMC) integration, a technique widely used in applications that require the evaluation of complex integrands, which cannot be calculated analytically, such as the light-transport calculations commonly
