Nuio Tsuchida
Papers
8
Total Citations
173
H-Index
4
About
Nuio Tsuchida’s research career is defined by a deep commitment to making robots safer and more capable in real-world, human-shared environments. His most influential contribution is the pioneering "Kyozon" (coexistence) system, which established a foundational framework for safe human-autonomous robot interaction by integrating soft materials and simple contact detection to align with human pain tolerance—a concept that has garnered 138 citations and remains relevant to modern collaborative robotics. Beyond safety, Tsuchida has made significant advances in precision assembly automation. He developed innovative sensors using cross and two-dimensional Position Sensitive Devices (PSDs) that enable real-time detection of hole position and inclination, allowing robot manipulators to perform complex tasks like shaft insertion into moving or inclined objects. This work, spanning over a decade, addresses a critical bottleneck in automatic parts assembly. His research also includes active sensing of static friction coefficients for controlling grasping force, contributing to dexterous manipulation. Though many of his papers have modest citation counts, the enduring impact of his safety concept and sensor-driven assembly methods underscores his role as a practical innovator in industrial robotics.
Research Focus
Key Achievements
Top Papers
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