Papers
7
Total Citations
147
H-Index
5
About
Shixiong Fu is an emerging researcher specializing in medical robotics, with a particular focus on magnetically controlled continuum robots and minimally invasive surgical systems. His work sits at the critical intersection of robotics engineering, interventional medicine, and autonomous control, addressing one of modern surgery's most pressing challenges: enabling precise, remote-controlled navigation through the complex architecture of the human vasculature. Fu's most significant contributions center on magnetically steerable guidewire and catheter robotic systems designed to transform vascular interventional surgery. His 2023 paper on a magnetically controlled guidewire robot system—already accruing 88 citations—demonstrated how magnetic manipulation can simultaneously reduce radiation exposure to physicians and enhance controllability in difficult-to-reach vessels. Complementing this, his multifunctional magnetic catheter robot integrating triaxial force sensing represents a meaningful step toward clinically deployable miniaturized surgical tools. More recently, Fu has pushed toward fully autonomous operation, incorporating reinforcement learning frameworks and ultrasound-guided real-time navigation to enable self-directed guidewire movement through complex vascular networks. Earlier work in time-optimal trajectory planning for music robots reveals a broader foundation in robotic motion control and optimization algorithms. With over 140 cumulative citations and several publications in 2025 alone, Fu's research trajectory points toward an increasingly influential role in next-generation surgical robotics.
Research Focus
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Top Papers
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