Papers
1
Total Citations
13
H-Index
1
About
Ke Zhu is a researcher specializing in the mechanics and control of cable-driven robotic systems, with a particular focus on addressing the challenges of friction and flexibility in these compliant mechanisms. His most-cited work, "Multi-source micro-friction identification for a class of cable-driven robots with passive backbone" (2016), has garnered 13 citations, establishing a foundational approach to modeling and compensating for the complex friction that arises from multiple sources in cable-driven robots with passive backbones. This contribution is critical for improving the precision and reliability of such robots, which are increasingly used in minimally invasive surgery and flexible manipulation. Zhu’s research bridges theoretical modeling and practical implementation, offering insights that enhance the performance of continuum robots. His work is notable for its systematic identification of micro-friction, enabling more accurate control strategies and advancing the field of soft and cable-driven robotics. For students and researchers, Zhu’s contributions highlight the importance of addressing real-world nonlinearities in robotic systems, making his work a valuable reference for those exploring the intersection of mechanics, control, and medical robotics.
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Top Papers
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