Hsin‐Chuan Chen

St. John's University, Tamkang University, Zhongshan Hospital

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About

Hsin-Chuan Chen is a researcher specializing in embedded systems, motor control, and ultrasonic-based localization technologies, with a particular focus on practical applications in robotics and consumer electronics. His work bridges hardware design and intelligent sensing, making meaningful contributions to the development of autonomous mobile systems. Chen's most recognized contribution is his 2013 work on an H-bridge motor driver utilizing gate bias techniques for DC motor control, which has garnered 18 citations and offers an efficient complementary MOSFET-based solution for the precise motor control essential in robotics and industrial applications. Complementing this, his research in ultrasonic localization has steadily advanced the field: his 2009 reflection-based localization method, cited 10 times, established a reliable framework for positioning mobile robots using strategically placed ultrasonic receivers. Building on this foundation, his 2022 work introduced an innovative omnidirectional ultrasonic localization system employing a reflection cone to achieve full 360-degree sensing coverage — directly addressing the angular limitations of conventional sensors. Across his career, Chen has demonstrated a consistent commitment to solving real-world engineering challenges in robotics, contributing practical, implementable solutions that continue to inform researchers and engineers working at the intersection of sensing, control, and autonomous systems.