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Ethics policy for automated vehicles – AVEthics
Vehicles become more and more complex with the advances in the automated vehicle technology. The deployment of automated vehicle (AV) will take place step by step as the level of vehicle’s autonomy and the complexity of in its environment increases, moving from highway to urban or rural areas. Durin
Etiological diagnosis of cardiac diseases based on echocardiographic images and clinical data – ORCHID
The objective of this project is to develop rigorous and explainable artificial intelligence (AI) models for the prediction of etiological diagnosis of cardiac diseases from heterogeneous inputs. For this purpose, we will create a cohort composed of 1000 patients with 4 distinct pathologies that req
Evaluation intelligente de la rétinopathie diabétique
Evired (Evaluation Intelligente de la Rétinopathie Diabétique) a pour objectif principal de développer et valider un système répondant à un besoin médical : remplacer la classification actuelle de la rétinopathie diabétique (RD) principalement, basée sur des clichés de fond d’œil, obsolètes et fourn
Event Driven Artificial Intelligence Hardware for Biomedical Sensors – JEDAI
Wireless biomedical sensors should dramatically reduce the costs and risks associated with personal health care, while being more and more exploited by telemedicine and efficient e-health systems. However, because of the large power consumption of continuous wireless transmission, the battery life o
Evolution of the genetic load during biological invasions – GENLOADICS
Biological invasions are a major component of global change. Yet it is still not understood why some introduced populations are invasive and others are not. Among the most interesting hypotheses is the purging of the genetic load (i.e. elimination of the deleterious mutations) during the introductio
Evolutionary optimization of magnetic cooling systems using magnetocaloric alloys – CoolMagEvo
This ANR project CoolMagEvo is focused on the development of an alternative technology for cooling applications: magnetic cooling systems using magnetocaloric alloys. The innovative goal of this project is to explore the relevance of an artificial evolution-based digital approach for the design and
ExcellencES pour La Rochelle Université
Le projet ExcelLR – Excellences pour La Rochelle Université a pour objectif de renforcer le processus de spécialisation de La Rochelle Université sur la thématique du Littoral Urbain DurabIe Intelligent (LUDI), c’est-à-dire les enjeux de développement durable en zone littorale.
Experiencing music in the time of COVID: resisting, adapting, innovating. – MUSICOVID
MUSICOVID is an interdisciplinary research project that places at its centre the analysis of the modes of adaptation, resistance and innovation of musicians and their audiences in times of Covid, when the question of a brighter tomorrow is so acute. It aims to question the new place of live music in
Experimental study and simulation of wear phenomena under Impact-Fretting-Wear conditions in pressurized water environments: Optimization of the design of future nuclear reactors. – Fretting Wear Design
The industrial chair project "Fretting Wear Design," developed in partnership between the CMAT laboratory (UMR 7633), MINES Paris - Université PSL (École des Mines de Paris), and the company Framatome, aims to establish a center of excellence in research at CMAT focused on wear issues induced by Imp
Explainable AI through Variable Importance Tests – VITE
The use of Artificial Intelligence (AI) techniques in natural sciences have become pervasive, owing to their ability to perform prediction of a given outcome given some potentially complex input data. However, for the sake of scientific knowledge, AI cannot be used as a ready-made recipe, but shoul
