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at the Very Large Telescope in Chile to test the algorithm with the SPHERE+ instrument. Activités The PhD will employ a combination of simulation and experimental validation: • Imaging processing and control
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. Activités The PhD will employ a combination of simulation, optical engineering, and experimental validation: • Imaging processing and control algorithms: Use and develop existing coronagraphic simulation
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offers and actions on https://cluster-ia-enact.ai/ . You will work in a rare environment at the intersection of frugal AI, analog computing, reconfigurable electronics and THz imaging. The PhD is directly
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understood. The PhD candidate will develop theoretical and data analysis method to interpret single-cell data from endothelial tissues and to produce a working model of how phenotypical changes occur over long
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activity on in-situ and operando study by coupled techniques: Electrochemistry/Raman, Electrochemistry/NMR, Electrochemistry/X-ray diffusion, imaging and spectroscopy. The MIEL team is consisting of 19
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Management, and IT). The research conducted at the L2S focuses on the fundamental and applied mathematical aspects of control theory, signal and image processing, information theory, and communication
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++ is a plus). • Knowledge in adaptive optics, control systems, signal processing, or computational imaging is an advantage. Transversal skills: • Ability to conduct research activities independently
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the technological hurdles at the interface of these disciplines to maximize device sensitivity and deliver a functional prototype, fully validated for transfer to industrial applications. You will be