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space. This PhD-research aims to investigate the potential of (quasi-)distributed optical fibre sensing techniques for measuring groundwater fluxes through sensor development, lab and field experiments
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, require optical microscopes that can capture spatial and spectral information simultaneously, while remaining fast, data-efficient, and suitable for in-situ use. However, conventional hyperspectral
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. More concretely your work package, for the preparation of a doctorate, contains: Shape the future of immersive visual technologies through optical, computational, and machine‑learning innovation. We
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» Informatics Computer science » Programming Computer science » Other Engineering » Electrical engineering Engineering » Other Physics » Computational physics Physics » Optics Physics » Other Researcher Profile
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, contains: The construction of an experimental setup for the precise generation of ultrasonic guided waves. The exploration of diverse strategies for interrogating optical fibers utilizing the intricacies
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variations in space. The recently granted fully funded FWO project “Can we listen to groundwater?” aims to investigate the potential of (quasi-) distributed optical fibre sensing techniques for measuring
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academic backgrounds to contribute to our projects in the 4 strategic research areas of SIGCOM, namely: i) Radio frequency transceiver design; ii) Optical communications; iii) Quantum communications; iv
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children learn new words not only by listening to a storyteller but also by processing multimodal signals such as iconic gestures and gaze direction. Using eye-tracking in both real-life and digital contexts
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& Molecular System group employs single-molecule techniques, AFM and optical tweezers, to study the operation of small synthetic molecules and biomolecules. Our expertise covers the development of single
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machine learning processing of the spectroscopic data • The optical design and development of novel custom spectroscopic sensors benefitting from freeform optics. • Integration of the in-situ