Xie Jian

Papers

Total Citations

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About

Xie Jian is a pioneering researcher in the field of bio-inspired robotics and nonlinear dynamics, with a particular focus on the motion control of underactuated mechanical systems. His most-cited work, "Dynamic model and motion control analysis of three-link gymnastic robot on horizontal bar" (2004, 21 citations), exemplifies his innovative approach of translating biological movement into robotic design. By observing the complex swing-up motions of human gymnasts, Xie developed a simplified three-link horizontal bar robot and established a rigorous mathematical model to analyze its dynamic characteristics. This work provided a foundational framework for understanding and controlling highly nonlinear, underactuated systems—a critical challenge in robotics. His research bridges the gap between theoretical mechanics and practical control engineering, offering effective strategies for stabilizing and maneuvering multi-link robots in dynamic environments. Though his citation count reflects a focused, niche contribution, Xie's work has been influential in advancing the study of humanoid motion and gymnastic-inspired robotic control, inspiring subsequent research in agile, bio-mimetic locomotion systems.