Masateru Tateishi

Papers

Total Citations

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About

Masateru Tateishi is a researcher in high-speed optical sensing and 3D imaging, with a primary focus on developing advanced range image sensors for dynamic environments. His major contribution lies in the creation of a compact, high-speed range image sensor that operates at 200 Hz—far exceeding the conventional video rate of 30 Hz. This breakthrough was achieved by integrating a multi-spot laser projector with a fast image sensor, enabling rapid depth measurement for applications in robotics, automation, and real-time motion analysis. His most cited work, "A 200Hz small range image sensor using a multi-spot laser projector" (2008), has garnered 11 citations, while a related paper on the compact version has 5 citations. These works address the critical need for faster sensing in fields like high-speed vision, where millisecond-level response times are essential. Tateishi’s research contributes to the broader effort in high-speed 3D sensing, building on prior advances such as the 1 ms vision system by Ishik. His work is notable for its practical design and potential to enhance real-time interaction in industrial and research settings.