Takahiro Sugimoto

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About

Takahiro Sugimoto is a researcher whose work bridges robotics and biomechanics, with a primary focus on motion control and the application of biological principles to robotic systems. His key research areas include the control of robotic arms, particularly through the use of coordinate transformations inspired by bi-articular simultaneous drive mechanisms—a concept drawn from the study of biological limbs. Sugimoto’s major contribution lies in demonstrating how biological characteristics, such as the coordinated action of muscles spanning multiple joints, can be effectively translated into robotic control strategies. His most-cited paper, "Control of a straight line motion for a two-link robot arm using coordinate transform of bi-articular simultaneous drive" (2010), has garnered 19 citations and addresses the critical differences between biological subjects and conventional humanoid robots. By exploring motion control under specific conditions, Sugimoto has advanced the understanding of how to replicate natural, efficient movement in artificial systems. His work is particularly notable for its practical implications in improving the dexterity and energy efficiency of humanoid robots, making it a valuable reference for researchers and students interested in bio-inspired robotics and control theory.