Papers
2
Total Citations
7
H-Index
2
About
Yurui Yin is at the forefront of surgical robotics, specializing in the integration of artificial intelligence and precision engineering for high-stakes medical procedures. His research centers on developing intelligent robotic systems for oral implant surgery and spinal laminectomy, where he addresses the critical challenge of translating surgeon expertise into automated, patient-specific actions. Yin’s most cited work introduces a novel dental implant robotic system that combines personalized digital guides with optical spatial positioning technology, achieving unprecedented precision in cavity preparation—a contribution that has already garnered 4 citations since its 2025 publication. In a parallel breakthrough, his 2024 study on robotic vertebral plate cutting pioneers a skill-learning-based trajectory planning approach, using neural networks to replicate individual surgeon techniques for safer, more consistent decompression surgeries. By fusing robotic control with adaptive learning algorithms, Yin is redefining the boundaries of computer-assisted surgery, offering a future where complex procedures are both more accurate and more personalized. His work represents a significant leap toward fully autonomous surgical systems that learn from and enhance human expertise.
Research Focus
Key Achievements
Top Papers
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