Papers
3
Total Citations
29
H-Index
3
About
Rui Shen is a biomedical robotics researcher specializing in vascular interventional surgery robotics, with a particular focus on enhancing surgical precision, safety, and remote operability. His work centers on the development of remote-controlled vascular interventional robots (RVIR), systems designed to protect physicians from occupational hazards such as radiation exposure and musculoskeletal strain while improving the accuracy and consistency of minimally invasive procedures. Among his most significant contributions is his research into catheter and guidewire cooperation mechanisms for remote surgical control, which has garnered 14 citations and represents a foundational step toward fully autonomous interventional systems. His 2020 study on tremor signal recognition and filtering addresses a critical clinical challenge — the involuntary hand tremors surgeons develop during prolonged operations — demonstrating his commitment to real-world surgical challenges. Additionally, his work on cable-driven robotic systems with Stribeck friction feedforward compensation advances the mechanical reliability of interventional platforms. With a combined citation count reflecting growing recognition in the field, Shen's research sits at the intersection of robotics engineering and clinical medicine, making meaningful strides toward safer, more precise vascular surgery for both patients and practitioners alike.
Research Focus
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