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Fiber optic projection-imaging system for shape measurement in confined space Lujie Chena,∗, Viswanath Bavigaddaa, Theodoros Kofidisb , Robert D. Howec a Engineering Product Design, Singapore University of Technology
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Document Date: 2014-02-27 22:30:20


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City

Santos / Design / /

Company

Fujikura / Cambridge University Press / /

Country

United States / /

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Facility

National University of Singapore / Singapore University of Technology / Harvard University / /

IndustryTerm

diffusive paint / wider applications / conventional systems / confined space applications / fiber optic systems / measurement devices / non-fiber based fringe projection systems / microscopic applications / objective imaging fiber computer / projector chip / optic projection-imaging system / 3d surface imaging / digital mirror devices / Optical systems / rigid imaging fibers / digital micromirror device technology / Data-processing methods / imaging / precision measurement tool / structured illumination microscopy utilizing digital micromirror device / fiber-based projection-imaging system / /

Organization

National University of Singapore / Singapore / Cambridge University / Singapore University of Technology and Design / School of Engineering and Applied Sciences / Harvard University / Singapore Loo Lin School of Medicine / International Design Center / /

Person

Robert D. Howec / Theodoros Kofidisb / /

Position

straight forward / Corresponding author / /

PublishedMedium

Optics Communications / /

Technology

MEMS / digital micromirror device technology / 3-d / projector chip / Fiber optic / optical fiber / /

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