Toyofumi Yoshida

Papers

Total Citations

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About

Toyofumi Yoshida is a leading researcher in agricultural robotics and autonomous vehicle navigation, with a focus on precision farming and field automation. His most-cited work, "Path tracking control of autonomous agricultural mobile robots" (2007, 32 citations), addresses a critical challenge in robotic farming: efficient headland turning and path planning for robot tractors. Yoshida developed a suboptimal reference course for headland maneuvers and designed a robust path-tracking controller, enabling autonomous tractors to navigate complex field boundaries with high accuracy. This contribution directly improves operational efficiency in large-scale agriculture, reducing human intervention and optimizing fuel and time use. His research integrates control theory, kinematics, and real-time sensor feedback, laying groundwork for modern autonomous farming systems. Beyond this seminal paper, Yoshida has advanced the reliability of agricultural mobile robots, influencing subsequent work in field robotics and smart agriculture. His achievements are recognized in the growing adoption of autonomous tractors, and his work continues to inspire engineers and researchers developing next-generation precision agriculture technologies.