Shota Ishiguro
Papers
1
Total Citations
1
H-Index
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About
Shota Ishiguro is a robotics researcher specializing in high-precision dynamic modeling and control of multi-axis robotic systems. His work addresses critical challenges in robot positioning performance, particularly the often-overlooked interference forces between axes that degrade accuracy during high-speed motion. His most-cited paper, "High Precision Modeling for a Multi-Axis Robot Considering Interference Force Based on Robot Dynamic Model" (2018), introduces a sophisticated modeling approach that accounts for these inter-axis dynamics, enabling more accurate trajectory tracking and positioning in industrial and collaborative robots. Though early in his citation impact, this foundational work has laid important groundwork for advancing robot precision in manufacturing and automation. Ishiguro’s research bridges theoretical dynamics with practical implementation, offering engineers tools to enhance robot performance in real-world applications. His contributions are particularly relevant as industries demand faster, more accurate robotic systems for tasks like assembly, machining, and material handling. With a focus on solving tangible engineering problems, Ishiguro continues to push the boundaries of robot motion control, making his work essential reading for researchers and practitioners in robotics and mechatronics.
Research Focus
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Top Papers
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