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of this project. The candidate’s background can be either in in traditional music analysis (with a PhD in musicology, music analysis or music theory) and/or in computational musicology, digital humanities
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recovered, transcribed, and edited within the scope of this project. The candidate’s background can be either in in traditional music analysis (with a PhD in musicology, music analysis or music theory) and/or
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collaboration with Dr Whelan and the PhD students, machine learning tools for the handling of the Mauve and MUSE datasets. They will also be expected to lead the research into innovative ways in which the machine
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. The successful candidate will have the responsibility of developing, in collaboration with Dr Whelan and the PhD students, machine learning tools for the handling of the Mauve and MUSE datasets. They will also be
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pressure changes in humans. It is fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open in wakefulness and sleep in healthy
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fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open in wakefulness and sleep in healthy adults. However, it is likely that
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responses to changes in upper airway pressure changes in humans. It is fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open