Cheon Woo Shin

Tongmyong University, The University of Osaka

Papers

Total Citations

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About

Cheon Woo Shin is a pioneering researcher in bio-inspired visual sensing, with a focused career dedicated to developing retina-like visual sensors for robotic applications. His major contributions center on creating anthropomorphic visual systems that mimic the human retina’s structure to perform polar mapping, enabling efficient image processing for fast tracking and navigation in robots. Shin’s most cited work, "Retina-like visual sensor for fast tracking and navigation robots" (1997, 10 citations), demonstrates the practical impact of his designs, while his foundational papers, including "A new anthropomorphic retina-like visual sensor" (2002, 6 citations) and "A New Retina-Like Visual Sensor Performing the Polar Transform" (1994, 5 citations), detail the development of sensors using a dove prism and linear CCD with 512-pixel resolution, storing approximately 45 Kbytes of image data. These innovations, though modest in citation count, represent early and influential steps in neuromorphic engineering, inspiring subsequent research in compact, efficient visual systems for autonomous machines. Shin’s work is notable for its interdisciplinary approach, merging biology, optics, and robotics, and remains a reference point for scholars exploring biologically plausible sensing for real-time navigation.