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the effective use of technology. We simplify the technology experience for faculty, students, alumni, and staff, and we ensure technology is mobile-friendly and accessible. We identify, manage, and mitigate
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, Sensors, 2023, 23(185), p1-22, DOI: https://doi.org/10.3390/s23010185 [3] Angela J. Nagle, Gerard Mullally, Paul G. Leahy, Niall P. Dunphy, Life cycle assessment of the use of decommissioned wind blades in
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G protein and poly-mer brushes. Research experiments should make it possible to determine the limit of detection, specifici-ty and selectivity of biosensors. The sensor response will be realized
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The opportunity The University of Liverpool is a key partner in a £14 million initiative (https://tinyurl.com/yc5z768m ) to develop a sustainable, next-generation manufacturing facility, using
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. These methods will integrate machine learning techniques and real-time sensor data, to enhance operational efficiency, reduce costs, and ensure desired service levels, such as meeting a high percentage of demand
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; wearable physiological sensors; point-of-care diagnostic devices; biosensors for disease detection; portable and miniaturized diagnostic platforms; microfluidic-based biosensing systems; image-guided
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bacteriology, we work with applications of various nanomaterials in biomedicine and biotechnology, metabolic engineering of microbial cell factories and experimental evolution. Our work is focused on societal
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, multiscale, high-fidelity simulations that emulate in real-time the state of a corresponding physical twin based on historical and real-time sensor data. The comparison of physical and virtual data throughout
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projects that bridge technology, urban planning, material sciences, sensors and aviation. With the upcoming Smart Mobility Lab in Lusatia, Saxony, you will have access to state-of-the-art and extensive
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will address the intricate challenge of enabling AI to learn continuously and collaboratively from wearable or mobile sensor data without compromising user privacy. Your efforts and collaborations with