Papers
7
Total Citations
84
H-Index
4
About
Kaisheng Yang is a robotics researcher specializing in cable-driven and continuum robotic systems, with a particular focus on kinematic modeling, accuracy enhancement, and variable stiffness mechanisms. His work addresses fundamental challenges in flexible and compliant robot design, bridging theoretical modeling with practical engineering solutions. Yang's most impactful contribution is his integrated accuracy enhancement framework for Cable-Driven Continuum Robots (CDCRs), which combines kinematic modeling with Gaussian Process Regression — a data-driven machine learning technique — to significantly improve positional precision in robots with flexible backbones. This work has accumulated 33 citations since 2020, reflecting its relevance to the growing field of soft and continuum robotics. He has also made notable contributions to cable routing optimization for multi-link systems, proposing hybrid modular schemes that minimize actuator count without sacrificing performance, and has explored force-controlled pneumoelectric end-effectors for contact-rich robotic operations. Throughout his career, Yang has consistently advanced the design of modular, adaptable robotic arms featuring variable-stiffness joints — critical for safe human-robot collaboration. His trajectory from early kinematic analysis work to recent symmetric variable-stiffness designs demonstrates a coherent and evolving research vision aimed at making cable-driven robots more precise, efficient, and human-friendly.
Research Focus
Key Achievements
Top Papers
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- 6Self-calibration Method for Two DOF Cable-Driven Joint Module2 citations · 2019
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