Hayato YOSHIOKA

Papers

Total Citations

H-Index

About

Hayato Yoshioka is a leading researcher in advanced manufacturing robotics, whose work directly addresses the core challenges of Industry 4.0—specifically, the need for flexible, high-precision automation in mass customization. His research focuses on robotic machining, kinematic optimization, and reconfigurable manufacturing systems. Yoshioka’s major contributions include developing a novel tool orientation angle optimization method for multi-axis robotic milling that dramatically improves machining accuracy by leveraging the intrinsic stiffness properties of serial-link robots. He also created a groundbreaking trajectory generation algorithm for 6-axis industrial robots, enabling high-speed, high-accuracy tool-path smoothing that overcomes the limitations of traditional linear interpolation. His most cited work, “High-Precision Mobile Robotic Manipulator for Reconfigurable Manufacturing Systems” (21 citations), proposes a paradigm shift toward mobile, adaptable robotic cells that can rapidly respond to changing production demands—a key enabler of smart factories. With a growing citation record and a focus on bridging the gap between industrial robot flexibility and CNC-level precision, Yoshioka is a pivotal figure in the next generation of manufacturing automation.