Papers
3
Total Citations
17
H-Index
3
About
Qixiao Xia is a robotics researcher whose work focuses on continuum manipulators, modular robotic cooperation, and intelligent motion control for underactuated systems. In their most-cited paper (8 citations), Xia introduced a novel stretch-retractable single-section continuum manipulator, offering three degrees of freedom and enhanced motion range in 3D space compared to conventional designs, while also analyzing its motion accuracy through inverse kinematics. This contribution addresses key challenges in flexible robotic manipulation for confined or complex environments. Xia’s earlier work on cooperative modular robots (5 citations) demonstrated a master-slave system using optical position feedback from an OptoTrak dynamic meter to enable precise bolt-and-screw assembly tasks—an early example of sensor-guided multi-robot collaboration. Additionally, their research on fuzzy logic control optimized via genetic algorithms (4 citations) provided a novel method for controlling underactuated robots, automatically tuning fuzzy rules to achieve accurate end-effector positioning. Though citation counts are modest, Xia’s contributions span foundational problems in continuum robotics, cooperative manipulation, and adaptive control, offering practical insights for researchers in medical robotics, industrial automation, and soft robotic systems.
Research Focus
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