Papers
13
Total Citations
146
H-Index
6
About
Yuki Yoshida is a robotics researcher whose work spans humanoid robot control, multi-limbed disaster response robots, and biomechanically inspired balance strategies. Yoshida is perhaps best known for contributions to the development of WAREC-1, an innovative four-limbed robot engineered for high versatility in locomotion across challenging disaster-site environments, including rough terrain, narrow passages, stairs, and vertical ladders. This foundational work, along with subsequent research on stable ladder-climbing motion planning, gait generation using Normalized Energy Stability Margin, and proximity-sensor-based error compensation, has collectively garnered over 60 citations, underscoring its impact on the field of disaster robotics. Equally significant is Yoshida's rigorous investigation of postural balance strategies for humanoid robots, drawing directly from human biomechanical responses to sudden frontal-plane disturbances. By identifying distinct reaction patterns tied to disturbance magnitude and translating these into implementable control frameworks, this body of work — cited nearly 50 times across multiple publications — has meaningfully advanced humanoid stability research. Together, these contributions reflect a research philosophy rooted in bridging human movement science with practical robotic engineering, making Yoshida's work valuable reading for students and researchers interested in adaptive locomotion, balance control, and resilient robot design for real-world deployment.
Research Focus
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