K. Kashiwagi

Papers

Total Citations

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About

K. Kashiwagi is a pioneering researcher in the field of robotic force control, with a primary focus on precision grinding applications. His most influential work, the 2002 paper "Force controlled robot for grinding," has garnered 32 citations and introduced two groundbreaking algorithms for force-controlled robotic operations. The centerpiece of this contribution is the 'gradient prediction method,' which significantly improved contour following in force control mode by predicting workpiece gradients and minimizing force errors during grinding processes. This innovation addressed critical challenges in automated machining, enhancing both accuracy and efficiency. Kashiwagi's foundational 1992 paper, "Development of Force Controlled Robot for Grinding," laid the groundwork for these later advances, establishing his early expertise in integrating force sensors with robotic systems for industrial applications. His work has been instrumental in advancing adaptive robotic control for manufacturing, particularly in tasks requiring precise force modulation. While his citation counts reflect a specialized niche, Kashiwagi's contributions remain relevant for researchers developing force-controlled automation in grinding, deburring, and surface finishing, where his gradient prediction method continues to inform modern control strategies.