Dezhu Xiong
Papers
3
Total Citations
59
H-Index
3
About
Dezhu Xiong is a leading researcher in soft robotics and bio-inspired mechanisms, with a focus on continuum robots and tensegrity-based joints. His work bridges the gap between biological flexibility and robotic functionality, addressing key challenges in safe human-robot interaction and adaptability to unpredictable environments. Xiong’s most cited paper (44 citations) introduces a novel tendon-actuated planar parallel continuum robot, deriving its kinematics and demonstrating a unique coupling of three continuum segments for precise, compliant motion. He further advances the field with a wrist-inspired tensegrity joint (10 citations) that achieves variable stiffness, mimicking the compliance and impact resistance of biological wrists. His recent work on an elbow-inspired cable-driven tensegrity joint (5 citations) explores bionic design and coupled kinematics, pushing toward more practical, load-bearing flexible joints. These contributions have established Xiong as a key innovator in creating robots that are both soft and structurally robust, with potential applications in medical devices, assistive robotics, and exploration. His research continues to inspire new approaches to designing flexible, safe, and adaptive robotic systems.
Research Focus
Key Achievements
Top Papers
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