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of Applied Engineering is looking for a full-time (100%) doctoral scholarship holder in the field of Biomimetic Echolocation and Autonomous Aerial Robotics with a focus on the control of quadrotors
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control based primarily on echolocation. Unlike prior UAV echolocation systems, which lack key biological features such as wideband sensing and HRTF-based spatial encoding, this project explicitly
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, and performance. The work combines controlled laboratory experiments with comprehensive analytical approaches to address a key research gap: achieving a mechanistic understanding of how electron donor
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explores how artificial intelligence can make industrial control systems safer and more efficient. It focuses on combining the reliability of classical control methods with the adaptability of RL. The goal
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the largest FTD and AD patient-control cohorts, including neuropathologically well-characterized patient subgroups. The project will further leverage large publicly available and in-house generated single
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traditional heterogeneous media. Hydrated silicate ionic liquids (HSILs), developed by COK-KAT (KU Leuven), offer a more controlled environment for studying zeolite formation. HSILs are homogeneous, hypo