Zhaowei Liang
Papers
2
Total Citations
4
H-Index
2
About
Zhaowei Liang is a pioneering researcher in robot-assisted surgical systems, with a primary focus on enhancing safety and precision in high-risk orthopedic and neurosurgical procedures. His work centers on the critical challenge of force control during bone milling and drilling, particularly in craniotomy and skull surgeries where multi-scale stiffness variations across biological tissues pose significant risks. Liang's major contributions include the development of stiffness-observation-based force feedforward compensation control, which enables collaborative robots to adapt to abrupt stiffness discontinuities in real time—a breakthrough for interactive surgical assistance. His research further advances the field through a real-time force model designed for elastic clinical environments, directly addressing the complexities of skull bone drilling. Although his most-cited papers have recently garnered 2 citations each, their publication in 2025 signals emerging impact in a niche yet vital domain. Liang's work is notable for translating theoretical control engineering into practical surgical safety, potentially reducing complications in delicate operations. His achievements underscore a commitment to bridging robotics and medicine, offering tangible solutions for safer, more reliable robot-assisted surgery.
Research Focus
Key Achievements
Top Papers
- 1
- 2