Shoyo Hyodo
Papers
9
Total Citations
116
H-Index
6
About
Shoyo Hyodo is a leading researcher in haptic robotics and bilateral teleoperation, whose work bridges the gap between human dexterity and remote robotic control. His primary research areas include haptic motion abstraction, flexible actuator design, and stability control for teleoperation systems with network time delays. Hyodo’s most influential contribution, with 58 citations, is his pioneering work on flexible actuators for bilateral teleoperation, where he developed wire-driven mechanisms that improve force transmission and position control in robot hands. He has also made significant strides in haptic motion display, proposing methods to abstract and guide human motion based on haptic information directionality—a breakthrough with applications in surgical robotics and skill transfer. His research on four-channel bilateral control systems and model-free time delay compensators has advanced the stability and performance of teleoperation over networks, addressing critical challenges in remote surgery and hazardous environment operations. With over 100 cumulative citations, Hyodo’s work continues to shape the future of human-robot interaction, enabling safer, more intuitive teleoperation systems that synchronize haptic and visual feedback.
Research Focus
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