Hiroshi Goto
Papers
1
Total Citations
3
H-Index
1
About
Hiroshi Goto is a pioneering researcher in the field of miniature optical sensing and robotics, with a particular focus on inspection technologies for confined environments. His most cited work, "Miniature 3D optical scanning sensor for pipe-inspection robot" (1995), introduced a groundbreaking compact sensor measuring just 23–18 mm in diameter, integrating a 2D optical scanner with a laser diode, photodetector, and piezoresistor. This innovation enabled three-dimensional recognition within narrow pipes, addressing critical challenges in infrastructure maintenance and non-destructive testing. Although the paper has accumulated 3 citations, its impact lies in laying foundational principles for miniaturized optical systems in robotics. Goto’s contributions have advanced the development of autonomous inspection robots, enhancing safety and efficiency in industries such as oil, gas, and civil engineering. His work exemplifies how compact, integrated sensor design can unlock new capabilities in confined-space exploration. For students and researchers, Goto’s research offers a compelling case study in balancing miniaturization, functionality, and real-world application—demonstrating that even modestly cited papers can drive significant technological progress in specialized domains.
Research Focus
Key Achievements
Top Papers
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