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system to improve movement. We apply artificial intelligence, computational modelling and biological signal processing, in a translational way, to develop novel real-time bio-inspired assistive
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with the neuromuscular system to improve movement. We apply artificial intelligence, computational modelling and biological signal processing, in a translational way, to develop novel real-time bio
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role – from microscopes to telescopes, but also for advanced lithography. For the next-generation “hyper-NA” lithographic tool of ASML, the demands of keeping the wafer surface at the focal point
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the neuromuscular system to improve movement. We apply artificial intelligence, computational modelling and biological signal processing, in a translational way, to develop novel real-time bio-inspired assistive
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, positions, and email addresses of two academic referees (no reference letters at this point). To help us get to know each other better, we follow a number of steps in the application procedure. For more
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); units such as onboard computers, mass memories, remote terminals and instrument control units*; digital and analogue signal processing electronics for payload/platform functions; front-end acquisition and
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challenges in rural areas. It is specifically targeted towards hard-to-reach populations, and aims to incorporate novel methodological advances to improve our understanding of these processes and point towards
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populations, and aims to incorporate novel methodological advances to improve our understanding of these processes and point towards potential interventions. EQUICARES is a four year EU Horizon project
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different spatial scale levels and the influence of the mode of transport. The starting point is to first investigate the (im)possibilities with existing datasets. The position involves a limited teaching
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. The starting point is to first investigate the (im)possibilities with existing datasets. The position involves a limited teaching component in the form of support to our master course in Transport Geography as