Satoshi Tabata

The University of Tokyo, Tokyo University of Science

Papers

Total Citations

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About

Satoshi Tabata is a researcher specializing in high-speed three-dimensional computer vision, with a particular focus on structured light methods and real-time depth sensing technologies. His work addresses a fundamental challenge in modern robotics and human-machine interaction: enabling machines to perceive and process three-dimensional spatial information at speeds that far exceed conventional video rates of 30 Hz. Tabata's most significant contributions center on developing high-speed 3D sensing systems that leverage three-view geometry and segmented projection patterns, allowing simultaneous image capture and processing in real time. His 2015 paper on this topic has garnered 23 citations, establishing it as a foundational reference in the field. Rather than constraining computational systems to match the pace of human perception, his research philosophy advocates for pushing machines well beyond human perceptual limits — a perspective articulated clearly in his 2025 survey on structured light methods. His body of work is particularly relevant to robotics, automation, and advanced man-machine interfaces, where rapid environmental sensing is critical for safe and effective operation. Through consistent contributions across a decade of research, Tabata has helped shape the trajectory of high-speed vision as a discipline essential to an increasingly mechanized society.