Papers
4
Total Citations
29
H-Index
2
About
Xianzheng Zhou is a rising figure in the rapidly evolving field of surgical robotics, with a focused expertise in computer-aided and robot-assisted systems for orthopaedic trauma surgery. His work directly addresses critical challenges in fracture reduction and minimally invasive internal fixation, aiming to enhance surgical precision while reducing reliance on manual dexterity. Zhou’s major contributions include the development of a dual-mode robot-assisted method for femoral shaft fracture plate implantation, which tackles the core issues of invisibility, inaccuracy, and instability during the procedure. He has also pioneered advanced control strategies for surgical robots, notably a hybrid vibration suppression method combining PID control with input shaping, and a particle swarm optimization-based unscented Kalman filter for tremor suppression—both critical for improving stability in delicate operations. His 2024 review on computer-aided robotics for fracture reduction, which has already garnered 21 citations, stands as a key reference in the field, synthesizing advances, challenges, and opportunities. Through this body of work, Zhou is helping to define the next generation of intelligent, stable, and precise surgical tools for orthopaedic care.
Research Focus
Key Achievements
Top Papers
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