Yasuhide Kobayashi

Papers

Total Citations

H-Index

About

Yasuhide Kobayashi’s research focuses on nonlinear system identification, particularly in mechatronics and robotics, where he addresses the complex behaviors of hysteresis and saturation in mechanical transmission components like gears and wires. His most-cited work, “Identification of nonlinear systems with hysteresis characteristics” (2003), proposes a method to model and identify these challenging nonlinearities, which are critical for improving the precision and reliability of robots and automated equipment. Though his citation count is modest—with the leading paper garnering 3 citations—Kobayashi’s contributions are foundational for engineers tackling real-world nonlinear dynamics in power transmission systems. His work underscores the importance of accurate system modeling in mechatronics, offering practical solutions for enhancing control and performance in mechanical systems. For students and researchers delving into nonlinear dynamics or robotics, Kobayashi’s research provides a clear, applied perspective on identifying and mitigating hysteresis effects, a key step toward more robust and intelligent machines.