Min‐Ying Su

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About

Min-Ying Su is a researcher whose work bridges biomedical engineering and artificial intelligence, with a primary focus on developing advanced sensing technologies for human-computer interaction and medical imaging. Her major contributions lie in the integration of optical fiber sensors with AI algorithms to create biomimetic tactile sensing systems, drawing inspiration from human skin's signal processing mechanisms. This innovative approach, detailed in her 2025 paper "Integrating an optical fiber sensor and artificial intelligence for enhanced tactile sensing in human-computer interaction" (13 citations), has significant implications for wearable devices and intelligent robotics, offering enhanced sensitivity and adaptability in touch-based interfaces. Additionally, Su has explored the application of thermal magnetic resonance imaging for hypothermic cooling, as demonstrated in her 2017 study "Hypothermic Cooling Measured by Thermal Magnetic Resonance Imaging; Feasibility and Implications for Virtual Imaging in the Urogenital Pelvis" (4 citations), which investigates non-invasive temperature monitoring in the urogenital region. Her work showcases a unique interdisciplinary approach, combining materials science, optics, and machine learning to push the boundaries of how machines perceive and interact with their environment, making her a notable contributor to the fields of smart sensing and biomedical imaging.