Hwang

Papers

Total Citations

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About

Hwang’s research centers on humanoid robotics and sensor-driven autonomous systems, with a focus on kinematic design and real-world object tracking. In his foundational work on the humanoid robot CHP-1, he conducted a detailed kinematic analysis to optimize motor selection for cooperative motion, addressing the critical challenge of balancing power, weight, and coordination in bipedal locomotion. This study, though niche with 2 citations, laid groundwork for efficient actuator integration in humanoid platforms. Complementing this, Hwang developed an object-tracking robot that fuses ultrasonic sensors with servo motor control, enabling robust, low-cost target following—a practical contribution to assistive robotics and automation. While his citation counts remain modest, his dual emphasis on mechanical analysis and sensor integration reflects a hands-on engineering approach, prioritizing functional prototypes over high-volume publications. Hwang’s work is particularly valuable for students and researchers exploring the intersection of kinematics, sensor fusion, and real-time control in robotics, offering clear methodologies for building responsive, task-oriented machines.