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Imaging / Volumetric display / Pixel / Computer graphics / Multi-touch / Liquid crystal display / Touchscreen / Mirror / Lens / Display technology / Optics / Technology


PAPILLON: Designing Curved Display Surfaces With Printed Optics Eric Brockmeyer 1, Ivan Poupyrev 1, Scott Hudson 2 Disney Research Pittsburgh, 4720 Forbes Avenue, Pittsburgh, PAUSA
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Document Date: 2013-10-18 05:12:21


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File Size: 1,04 MB

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City

St Andrews / Reading / /

Company

Wilson / Cambridge University Press / Hoover / PAPILLON / ACM SIGGRAPH Emerging Technologies / Suzuki / /

Currency

USD / /

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Facility

Carnegie Mellon University / HCI Institute / /

IndustryTerm

interactive devices / display driving electronics / 3D printing / curved display devices / calm computing / malleable and shape-changing devices / consumer electronic devices / electronics / animatronic technologies / 3D printing technology / blob detection algorithms / curved display surfaces / printed optics technology / spherical solutions / display devices / /

Organization

Cambridge University / HCI Institute / Carnegie Mellon University / /

Person

Eric Brockmeyer / Mo Mahler / Jonna Dauner / James Krahe / Karl Willis / Pixel / Scott Hudson / Ivan Poupyrev / /

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Position

author / /

Product

Fibonacci / /

ProgrammingLanguage

Python / /

Technology

printed optics technology / laser / OLED / resulting technology / blob detection algorithms / optical fiber / 3D printing technology / Mobile Devices / /

URL

http /

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