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of the following areas: Image processing, partialdifferential equations, scientific computing, deep learning.•Solid programing skills. Knowledge of Python, Tensorflow/Pytorch, and Mathematica.•Fluent
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of image sensor technology through advanced pixel design Your key responsibilities include: Researching novel application-specific pixel architectures Developing hardware for characterization and application
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integrated optics; spectro-radiometric imaging instruments in the x-ray, ultra- violet, visible and infrared region; optical metrology, and space micro-nano technology systems, stray-light analysis and
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integrated optics; spectro-radiometric imaging instruments in the x-ray, ultra- violet, visible and infrared region; optical metrology, and space micro-nano technology systems, stray-light analysis and
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of metal electrodeposition is largely lacking. Knowledge gaps remain on the exact mechanisms of conversion from solid oxides to metallic iron, as well as the exact physics and operation parameters
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for smart production, processes and devices in five domains: Health Technology, Maintenance, Smart Regions, Smart Industry and Sustainable Resources. Our faculty is home to about 2,900 Bachelor's and Master's
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interpreting results. You will be working in a stimulating interdisciplinary biomedical research team, including neurologists, clinical neurophysiologists, MRI scientists, imaging engineers, physicists
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deliveries). You will build a prototype algorithm that can be used by infrastructure and civil engineering professionals to better evaluate cable and pipeline location data. Your tasks will include: 1
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-driven model for assessing the reliability of official network maps (KLIC deliveries). You will build a prototype algorithm that can be used by infrastructure and civil engineering professionals to better
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the THz regime. The Eindhoven University of Technology recognizes a crucial paradigm shift, from intensitymodulated to coherent transmission, necessary in next generation FSO communication systems