Xijian Huo

Papers

Total Citations

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About

Xijian Huo is a robotics researcher specializing in humanoid robot design, kinematics, and motion optimization. His work centers on the development and control of anthropomorphic robotic arms, with a particular focus on replicating the mechanical sophistication of human upper limb movement in robotic systems. Huo's most influential contribution is his design and development of a 7-degree-of-freedom (7-DOF) humanoid arm featuring a non-offset S-R-S configuration, which drew on anthropomorphic principles to evaluate and select the optimal structural design from multiple alternatives. This foundational work has accumulated 18 citations, reflecting its significance to the robotics community. Building on this, he advanced the field through innovative kinematic approaches, proposing joint parameterization methods to solve the complex inverse kinematics challenges inherent in redundant 7R robotic arms, including joint limit avoidance through self-optimizing algorithms. His subsequent work introduced reconfiguration strategies for humanoid arms with offset wrists, further refining optimal kinematic control in Cartesian space. Huo's research addresses one of robotics' enduring challenges — making robotic arms move with the fluidity and efficiency of their human counterparts — making his work a valuable reference point for students and researchers working in humanoid robotics and motion planning.