K. Yamaguchi
Papers
2
Total Citations
14
H-Index
2
About
K. Yamaguchi is a leading researcher in the field of four-limbed robotic locomotion, with a specific focus on overcoming the challenges of unstable and complex environments. Their primary research areas include gait generation for crawling motions and error compensation for vertical ladder climbing. Yamaguchi’s major contribution is the development of a crawling gait generation method based on the Normalized Energy Stability Margin (NESM), which allows a robot to move safely even when it is critically close to falling by alternately grounding its legs and torso. This work, cited 8 times, provides a foundational approach for stable low-height locomotion. Additionally, Yamaguchi introduced an innovative error compensation system using proximity sensors for the robot “WAREC-1,” enabling precise vertical ladder climbing by correcting positional and orientation errors between the robot’s end-effectors and ladder rungs—a critical advancement that prevents falls in high-risk scenarios. With 6 citations, this work demonstrates Yamaguchi’s impact on practical, real-world robotic applications. Their research is notable for addressing key safety and stability issues in legged robotics, paving the way for more resilient autonomous systems.
Research Focus
Key Achievements
Top Papers
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