Hideaki Sasaki

Papers

Total Citations

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About

Hideaki Sasaki’s research career has centered on advancing nonlinear control systems for robotics, with a particular focus on direct drive (DD) robot manipulators and real-time digital control strategies. His most cited work, “Research Map of Robotics. A Digital Nonlinear Control of DD Robot by Means of Real Time Preview Virtual Desired Signal” (1996), introduces a novel approach where acceleration changes at the precise moment of input torque variation, enabling precise linear optimal control for complex multi-link systems. This contribution, while accruing 5 citations, represents a foundational step in bridging theoretical control principles with practical robotic applications. Sasaki’s work is notable for its emphasis on real-time preview control, a technique that anticipates desired trajectories to enhance system stability and responsiveness. Though his citation count is modest, his research offers valuable insights for students and engineers exploring nonlinear dynamics and digital control in robotics. His achievements underscore the importance of innovative control methodologies in pushing the boundaries of robotic precision and autonomy, making his work a relevant reference for those delving into advanced manipulator control.