Papers
17
Total Citations
400
H-Index
11
About
Ting-Li Yang is a prominent robotics and mechanical engineering researcher whose career has been defined by foundational contributions to the topological design and structural synthesis of robot mechanisms. His work centers on two deeply interconnected themes: developing rigorous mathematical frameworks for characterizing robot mechanism topology, and applying these frameworks to systematically synthesize novel parallel and serial robotic structures. Yang's most influential contribution is the Position and Orientation Characteristic (POC) equation methodology, introduced in his landmark 2008 paper (124 citations) and further validated in a 2013 follow-up (39 citations). This framework established explicit, provably correct mapping relations between a mechanism's topological structure and its motion output characteristics — a foundational advance that gave designers a principled tool for mechanism synthesis rather than relying on trial and error. Complementing this, his earlier work on single-opened-chain units enabled systematic classification and synthesis of 3-DOF and 4-DOF parallel mechanisms, papers that collectively garnered over 60 citations. With more than 360 total citations across his most-recognized works, Yang has meaningfully shaped how researchers approach parallel manipulator design. His later research extending POC methods into geometric algebra (2016) and topological characteristic indexes (2019) demonstrates a sustained commitment to formalizing and expanding the theoretical foundations of robot mechanism science.
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