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Optimized on-demand ultrafast and broadband light sources using machine learning – OPTIMAL
OPTIMAL explores the synergy between lasers and artificial intelligence. By applying advanced machine learning methods, the project aims for an improved understanding of light-matter dynamics and the design and realisation of intelligent lasers that can be adapted to specific applications.
Optimized joint analysis of thoracic aortic 3D morphology and blood flow hemodynamics from MRI images – MAGNOLIA
skills in MRI, image processing, artificial intelligence, software development and clinical expertise
Optimization of analysis performances using different non-destructive testing techniques – OPTEND
eddy current testing, coupled with artificial intelligence (AI) tools for data processing. It comes against [...] information processing, robotics and artificial intelligence, and the French company CMPHy, which specializes
Optimization of Urban Synchromodal Systems – OPUSS
Last mile delivery concerns the last stage of a transport system, from wholesale transport to the delivery to final customers. Because of its synchromodal aspect (several modes of transport subject to synchronization constraints), it is the nightmare of logisticians, especially in urban areas. This project aims at designing advanced optimization algorithms to plan transports in such synchromodal networks.
Optimization of Mechanical Properties of BIO-sourced Epoxy Resins by ARTificial Intelligence – When Emerging Technologies and Sustainable Development Work Side by Side – BIO ART
The goal of BIO ART is to develop new bio-epoxy resins from renewable resources without bisphenol A, which is toxic to humans and the environment. BIO ART’s originality comes from the synergy between
Optimization of DIfractive Structures for optical SEcurity Applications – ODISSEA
ODISSEA provides an efficient alternative, to traditional approaches based on parametric studies, for the design of high security level diffractive structures that constitute the holograms used for documents authentication. To achieve this goal, ODISSEA makes use of modern optimization and Artificial Intelligence tools, coupled to well suited electromagnetic methods, to to characterize, prior to fabrication, the chromatic response of the diffractive structures studied.
Optimisation and imProved Efficacy of targeted RAdioNuclide therapy in Digestive cancers by Imagomics
instrumentations et expérimentations (algorithmes d’intelligence artificielle sur données longitudinales et
Optimal MR Protocol for the monitoring of SVD patients at Low mAgnetic field – OPLA
mentioned above, but also to develop Artificial Intelligence (AI) algorithms to minimize acquisition times
Optical Twin For Diagnosis – OT4D
optical microscopy to better feed artificial intelligence tools for the diagnosis, prognostic stratification [...] resolution phase. 2. Exploitation of artificial intelligence tools to take advantage of the large volume
Operating Within Limits – OWL
for more frugal intelligent autonomous sensors: circadian artificial intelligence (AI). The targeted
