Sumin Yang

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About

Sumin Yang is an emerging researcher whose work spans two compelling and distinct domains: minimally invasive cardiac surgery and human-machine interface (HMI) physiology in rehabilitation robotics. In the field of cardiothoracic surgery, Yang has made notable contributions to understanding the comparative outcomes of robotic versus conventional sternotomy approaches for mitral valve replacement. Drawing on a substantial dataset of 1,393 clinical cases, this propensity-matched analysis provides critical evidence supporting the adoption of robotic surgical techniques, offering patients the potential benefits of reduced invasiveness and improved recovery. This work has garnered 8 combined citations, reflecting meaningful early-stage interest from the cardiac surgery community. Beyond surgical outcomes, Yang has also explored the physiological dimensions of wearable rehabilitation technology, investigating how cuff pressure in binding interfaces affects electrodermal activity, tissue oxygen saturation, and subjective comfort — research essential for designing safer, more user-friendly rehabilitation robots. Accumulating 3 citations since its 2024 publication, this study highlights Yang's interdisciplinary curiosity and commitment to patient-centered innovation. Together, these contributions position Yang as a versatile researcher bridging clinical medicine and biomedical engineering, with growing influence across both fields.