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together core AI-related expertise in audio-visual and signal processing, computer science, and mathematics, with its domain expertise across engineering and physical sciences, human and animal health, law
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experiments, biochemical assays, histology/histological stainings/scoring of histological stainings (cartilage damage and degree of osteoarthritis, both human and mouse). Ability to analyse of RNA/proteomic
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phonological theory, which seeks deeper explanations for human phonology. Though phonological theories are diverse, they contain recurrent axioms and atoms: segments, features, prosodic units, et cetera. We
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Medicine and collaborates extensively with the School of Biosciences. There has been a significant development in measurement technologies applied to human medicine research and diagnostic tool generation
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links with industry. The work will involve the use of computer vision and machine learning for the identification, tracking and estimation of humans in video with specific application to the recognition
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parts of the spectrum, mimicking the natural function of cone cells in the human retina. Unlike conventional rigid silicon-based technology, device concept is to enable flexible, curved, pixelated and
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individually, make a real difference. The role Applications are invited for a Research Assistant in the School of Arts, Humanities and the Creative Industries to join a project entitled CREATION: A Dementia
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small molecules that absorb light in the blue, green, and red parts of the spectrum, mimicking the natural function of cone cells in the human retina. Unlike conventional rigid silicon-based technology
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of Biosciences and Medicine (SBM), which facilitates access to state-of-the-art facilities and brings an international collegiate mass of researchers dedicated to the multidisciplinary study of human health
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activities and outputs to engage the public and key stakeholders (e.g., charities and relationship therapists). This post will work on the first study of the project, which will involve semi-structured