Hyeon-Ho Jeon

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About

Hyeon-Ho Jeon is a leading researcher in agricultural robotics and electric vehicle systems, with a focus on precision control for sustainable farming technologies. His most impactful work centers on the real-time prediction of axle torque in agricultural electric tractors, where he developed a Kalman-algorithm-integrated predictive motor-speed controller—a breakthrough that enhances operational efficiency and energy management in autonomous farming equipment. This 2025 study, already garnering 5 citations, exemplifies his ability to merge advanced control theory with practical agricultural applications. Jeon’s contributions are pivotal for the electrification of agriculture, addressing critical challenges in load estimation and real-time system optimization. His research not only advances the reliability of electric tractors but also supports the broader transition to eco-friendly farming practices. With a growing citation footprint, Jeon is recognized for his innovative approach to integrating sensor fusion and predictive algorithms, positioning him as a key figure in the next generation of smart agriculture. His work continues to inspire students and engineers aiming to revolutionize field operations through intelligent, energy-efficient machinery.