Ryoshu Furutani

Tokyo Denki University, The University of Tokyo

Papers

Total Citations

H-Index

About

Ryoshu Furutani’s research career centers on precision engineering, metrology, and the calibration of complex mechanical systems. His major contributions lie in developing novel calibration methods for three-dimensional mechanisms, particularly parallel mechanisms with three degrees of freedom (3 DOF). His work addresses a critical challenge in modern automation, robotics, and product engineering: ensuring high repeatability and accuracy in 3D positioning and measurement systems. Among his most cited works is the 2001 paper introducing a new artifact for calibrating large-scale instruments (11 citations), which provides a practical solution for industrial-scale metrology. His 2003 study on a novel calibration method for 3 DOF parallel mechanisms (6 citations) further advanced the field by improving the reliability of these complex devices. Though his citation counts are modest, Furutani’s research is foundational for engineers and scientists working on precision manufacturing and robotic systems, where even small calibration errors can lead to significant performance issues. His work underscores the importance of rigorous calibration in enabling the sophisticated automation technologies that drive modern industry.