Masatake Yamano

Papers

Total Citations

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About

Masatake Yamano is a researcher dedicated to advancing human-robot interaction in industrial settings, with a primary focus on factory automation (FA) safety and usability. His key research areas include the design of portable robotic operation terminals and the optimization of teaching pendants—the handheld devices used to program and control industrial robots. Yamano’s major contribution lies in systematically studying how to balance operator safety with machine usability, particularly through the development of wireless terminals that enhance mobility without compromising protection. His most cited work, "Development of teaching pendant optimized for robot application" (2009, 35 citations), established foundational principles for ergonomic and safe robot control interfaces, directly influencing modern FA workplace standards. A subsequent study on wireless terminal effectiveness (2009, 2 citations) further explored the trade-offs between freedom of movement and risk mitigation. Yamano’s research has practical implications for reducing operator fatigue and accident rates, making him a notable figure in industrial robotics. His work continues to inform the design of safer, more intuitive human-machine interfaces in manufacturing environments.