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Dong-Hyuk Jeong is a robotics researcher whose work focuses on autonomous mobile robots, particularly for freight transportation and hybrid wheeled-legged locomotion. His most influential paper, "Study on Design of Mobile Robot for Autonomous Freight Transportation" (2013, 8 citations), lays the groundwork for developing robots capable of independently moving cargo. Building on this, his "Fuzzy Visual Navigation Method for Autonomous Freight Transportation Robot" (2014, 4 citations) introduces intelligent navigation techniques. A key contribution is his research on hybrid wheeled-legged robots, where he addresses the fundamental challenge of dynamic walking instability. In his work "Stabilization of hybrid wheeled and legged mobile robot based on ZMP" (2012, 2 citations), he applies the Zero Moment Point (ZMP) criterion to enhance stability. Furthermore, his "Obstacle Avoidance Algorithm of Hybrid Wheeled and Legged Mobile Robot Based on Low-Power Walking" (2012, 2 citations) presents a novel algorithm that uses motor current feedback to correct posture, enabling energy-efficient walking and obstacle avoidance via LRF sensors. This work is notable for its focus on evenly distributing power consumption across the robot's legs, a practical approach to extending operational time. Though his citation counts are modest, Jeong's integrated design and control strategies for hybrid robots represent a meaningful step toward more adaptable and efficient mobile platforms for real-world environments.