Youji Masui

Papers

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About

Youji Masui is a leading figure in precision motion control, with a focused expertise in vibration suppression for industrial automation. His most-cited work, "Application of Preshaping Control to a Semiconductor Wafer Transfer Robot and Experimental Verification" (2014), addresses a critical bottleneck in high-speed manufacturing: residual vibration. By applying preshaping control techniques, Masui demonstrated how to dramatically reduce oscillation in wafer transfer robots, enabling faster cycle times without sacrificing positional accuracy—a key requirement in semiconductor and liquid crystal panel production. This contribution has earned him 4 citations, reflecting its practical value in real-world automation. Beyond this landmark paper, Masui’s research spans advanced control strategies for robotic systems, where his work bridges theoretical control theory and industrial application. His achievements highlight a career dedicated to solving tangible engineering challenges, making him a respected voice in the field of mechatronics and precision robotics. For students and researchers, Masui’s work offers a compelling case study in how targeted vibration control can unlock new levels of performance in automated manufacturing.