Soft Wearable Acoustical Sensing in Disease Autodiagnoses
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Lee, Sung Hoon
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Abstract
This dissertation explores the foundational role of acoustic stethoscopes in modern medicine, acknowledging their crucial contribution to diagnostic processes by allowing physicians to listen to internal body sounds. Despite their effectiveness, these stethoscopes are limited by the subjectivity and expertise of the clinician, necessitating a profound understanding of intricate sound nuances. Recognizing these challenges, the research introduces a groundbreaking approach to acoustic monitoring through the development of flexible and adaptable soft wearable stethoscopes. Exploring into creation methods, materials, mechanical design, and electronic configuration, the dissertation emphasizes wireless soft wearables equipped with acoustical sensing capabilities. These innovations, applicable across a broad spectrum of diseases, facilitate continuous, wireless, real-time auscultation. An intriguing aspect lies in the exploration of biometric security, utilizing body sounds as a unique identifier. By combining flexibility, adaptability, and technological acumen, this research pioneers a transformative leap in stethoscope evolution, offering continuous monitoring and self-diagnosis potential. Ultimately, the dissertation signifies a paradigm shift in patient care and diagnostic accuracy through the integration of machine learning and soft wearable technology.
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2024-05-23
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Dissertation