Chan‐Oh Park

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About

Chan-Oh Park is a leading researcher in the field of real-time 3D sensing and robotic vision systems. His primary contributions center on developing compact, high-speed structured-light range sensors that bridge the gap between laboratory-grade equipment and practical, deployable hardware. Park’s most cited work, "A Real-time Compact Structured-light based Range Sensing System" (2012), introduces an innovative approach that replaces conventional off-the-shelf cameras and projectors with an integrated CMOS image-sensor and Digital Micromirror Device (DMD). This design achieves a remarkably small form factor of just 168×50×60 mm while maintaining real-time performance—a critical advancement for mobile robotics and embedded applications. By prioritizing miniaturization without sacrificing speed or accuracy, Park’s research has enabled more practical implementations of 3D sensing in autonomous navigation, industrial inspection, and human-robot interaction. With 17 citations on this foundational paper, his work continues to influence the development of efficient, real-world range sensing solutions. Park’s dedication to compact, real-time systems positions him as a key innovator in making advanced 3D vision technology accessible for next-generation robotic platforms.