Chaoyang Lian

Papers

Total Citations

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About

Chaoyang Lian is a researcher whose work centers on the modeling, simulation, and control of parallel robotic systems, with a particular focus on the Delta parallel robot. His major contributions lie in developing practical methods for solving the complex kinematics and control challenges inherent in these high-speed, precision mechanisms. Notably, Lian pioneered a fuzzy control theory approach for 3-degree-of-freedom parallel robots, offering a novel method to enhance their dynamic performance. His research is distinguished by its hands-on, simulation-driven methodology, often employing Pro/E for mechanical modeling and ADAMS for dynamic analysis to bridge the gap between theoretical kinematics and real-world motion. His most cited work, "3-Degree-of-Freedom Parallel Robot Control Based Fuzzy Theory," has garnered 11 citations, while his foundational papers on direct and inverse pose solutions have earned 8 and 6 citations respectively. Through these studies, Lian has provided the robotics community with accessible, validated frameworks for solving constraint equations and Jacobian matrices, making him a notable contributor to the practical advancement of parallel robot design and control.