Shinji Yamanaka
Papers
2
Total Citations
5
H-Index
2
About
Shinji Yamanaka is a robotics researcher whose work focuses on precision contour control for industrial articulated robot arms—a critical capability for applications like sealing, laser cutting, and automated assembly. His major contributions center on developing innovative master-slave synchronous positioning strategies that dramatically improve trajectory accuracy in multi-axis robotic systems. Yamanaka introduced a nonlinear separation model that enables more precise coordination between robot joints, and later advanced this with a dual-mode synchronous positioning approach that intelligently switches master and slave axes based on real-time torque signals. This adaptive method allows the system to automatically identify and compensate for disturbance-contaminated axes, significantly enhancing contouring performance under dynamic operating conditions. While his citation counts (2–3 per paper) reflect a specialized technical audience, his work represents foundational engineering solutions for industrial robotics. Yamanaka’s research is particularly notable for bridging theoretical control theory with practical implementation challenges in manufacturing environments, offering robust methods that improve both accuracy and disturbance rejection in articulated robot arms—contributions that continue to inform modern industrial automation and robotic path control systems.
Research Focus
Key Achievements
Top Papers
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- 2