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Algorithms for Designing Pop-Up Cards Zachary Abel∗1 , Erik D. Demaine†‡2 , Martin L. Demaine2 , Sarah Eisenstat‡2 , Anna Lubiw§3 , André Schulz¶4 , Diane L. Souvainek5 , Giovanni Viglietta6 , and Andrew Winsl
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Document Date: 2017-07-06 00:58:59

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File Size: 1,25 MB

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City

New York City / Cambridge / /

Company

Tama Software’s Pop-Up Card / Creative Commons / BOC / Dean & Sons / Dagstuhl Publishing / Artificial Intelligence Laboratory / /

Country

Germany / Canada / United States / /

/

Event

Company Expansion / /

Facility

scaffold Sk / University of Waterloo / Scaffold Pop-Ups Suppose / Carleton University / bar DE / Tufts University / /

IndustryTerm

software system / micro fabrication technology / polynomial-time algorithm / potential practical applications / /

OperatingSystem

L3 / /

Organization

School of Computer Science / National Science Foundation / Department of Computer Science / MIT Department of Mathematics / MIT / UC Berkeley / German Research Foundation / David R. Cheriton School of Computer Science / Universität Münster / University of Waterloo / Tufts University / Natural Sciences and Engineering Research Council of Canada / Carleton University / Institut für Mathematsche Logik / /

Person

Thomas Wilke / Anna Lubiw / Matthew Paris / George Spratt / S. Louis Girand / Nano / Natacha Portier / Sarah Eisenstat / Zachary Abel / Erik D. Demaine / André Schulz / /

Position

Designer / rt / General / /

ProvinceOrState

Alberta / Wisconsin / Delaware / Massachusetts / /

TVStation

CBET / /

Technology

1 3 272 Algorithms / 1 3 276 Algorithms / MEMS / 270 Algorithms / micro fabrication technology / polynomial-time algorithm / 1 3 278 Algorithms / Digital Object Identifier / 1 3 274 Algorithms / /

SocialTag