Ganlu Li

Guangzhou University of Chinese Medicine

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About

Ganlu Li is a pioneering researcher at the intersection of robotics and Traditional Chinese Medicine (TCM), with a primary focus on developing automated diagnostic systems that bridge ancient medical practices with modern engineering. His most notable contribution is the design of a pulse diagnostic robot, detailed in his 2020 paper "Design of Pulse Diagnostic Robot for Traditional Chinese Medicine," which has garnered 3 citations. In this groundbreaking work, Li and his team engineered an automatic pulse-taking robot based on an optimally designed Stewart platform, capable of replicating the traditional TCM technique of pulse diagnosis at the cun-guan-chi positions. To achieve this, they employed an active stereo vision system to analyze the geometry of adult human wrists, establishing precise requirements for the robot's design. This innovation represents a significant step toward standardizing and digitizing TCM diagnostic methods, potentially making them more accessible and reproducible in clinical settings. Li's work demonstrates a unique ability to integrate complex mechanical engineering with centuries-old medical knowledge, opening new avenues for interdisciplinary research in healthcare robotics and traditional medicine modernization.