Papers
4
Total Citations
103
H-Index
4
About
Quan Ke is a leading researcher in wireless power transfer and robotic capsule endoscopy, with a focus on advancing minimally invasive gastrointestinal diagnostics. His key research areas include inductive coupling systems, transmitting coil optimization, and biomechanical interactions for endoscope robots. Ke’s major contributions center on designing efficient wireless power transmission for capsule endoscopes, enabling infinite power supply to microrobots navigating the human intestine. His most cited work, "Analytical Model and Optimized Design of Power Transmitting Coil for Inductively Coupled Endoscope Robot" (2015, 70 citations), introduces a large 69 cm transmitting coil to enhance patient comfort during inspections, a significant step toward practical clinical use. He further standardized coil design in a 2017 study (6 citations) to improve system performance, and explored anchoring forces in the intestine (2013, 5 citations) to optimize capsule robot locomotion. Ke’s research bridges engineering and medicine, with his expanding-extending robotic capsule endoscope (2015, 22 citations) demonstrating potential for thorough intestinal examination. His work has shaped the development of wirelessly powered, less-invasive diagnostic tools, impacting both robotic design and patient care.
Research Focus
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