Lihong Shi

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About

Dr. Lihong Shi is a leading figure in the field of parallel robotics and intelligent control systems, with a focused expertise in the kinematic analysis and automation of Delta parallel robots. Her foundational work bridges mechanical design and advanced control theory, most notably through the application of fuzzy logic to robotic motion. In her seminal 2010 paper, "3-Degree-of-Freedom Parallel Robot Control Based Fuzzy Theory" (11 citations), Dr. Shi pioneered a novel control method for the DELTA robot by seamlessly integrating physical models from Pro/E with ADAMS simulation software, establishing a new standard for precision in multi-body dynamics. Her earlier contributions, including "A Method for obtaining direct and inverse pose solutions to Delta parallel robot based on ADAMS" (8 citations) and "The mathematical model and direct kinematics solution analysis of Delta parallel robot" (6 citations), provided the critical mathematical frameworks—constraint equations and Jacobian matrices—that enable accurate motion planning and real-time control. By developing these direct and inverse kinematic solutions, Dr. Shi has significantly advanced the practical deployment of high-speed parallel manipulators in industrial automation. Her work remains essential reading for researchers in robotics, mechatronics, and control engineering, offering a robust foundation for future innovations in agile manufacturing systems.