Michiyuki Itoshima

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Total Citations

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About

Michiyuki Itoshima is a robotics researcher whose work focuses on energy-efficient motion control and bracing strategies for robotic manipulators. His key research areas include mobile redundant manipulators, trajectory tracking, and bio-inspired energy optimization in robotic systems. Itoshima's major contribution lies in demonstrating how bracing—where a robot's elbow or joint contacts the environment—can significantly improve both precision and energy efficiency, mirroring how humans brace their arms for steady, low-power tasks. His 2012 paper on hand-trajectory tracking with bracing utilization (2 citations) showed that this approach reduces electrical energy consumption while maintaining accuracy, even under joint constraints. In his 2011 work on energy efficiency rate optimization of bracing robots (2 citations), he developed methods to find optimal bracing positions for maximizing energy savings during trajectory tracking. Though his citation counts are modest, Itoshima's research offers foundational insights into practical, low-power robotic control strategies. His work is notable for drawing direct inspiration from human biomechanics, bridging the gap between biological efficiency and robotic performance—a valuable perspective for students and researchers exploring sustainable robotics and human-robot interaction.