Acoustic signals contain valuable information about surgical actions, workflow, and medical outcome measures. This thesis proposes novel acoustic sensing paradigms for medical applications by combining highly sensitive sensor technology, advanced signal processing, and powerful cutting-edge deep learning-based analysis methods which enable the utilization of acoustic signals for the design of non-invasive, radiation-free, and low-cost multimodal sensing and support systems for interventions and diagnostics.
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Acoustic signals contain valuable information about surgical actions, workflow, and medical outcome measures. This thesis proposes novel acoustic sensing paradigms for medical applications by combining highly sensitive sensor technology, advanced signal processing, and powerful cutting-edge deep learning-based analysis methods which enable the utilization of acoustic signals for the design of non-invasive, radiation-free, and low-cost multimodal sensing and support systems for interventions and...
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