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User interface techniques / Transducers / Touchscreen / Capacitive sensing / Accelerometer / Touchpad / Sensor / Pointing device / Microphone / Human–computer interaction / Input/output / Computing


Stane: Synthesized Surfaces for Tactile Input Roderick Murray-Smith1,2 Hamilton Institute NUI Maynooth1 [removed]
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Document Date: 2008-01-25 11:00:32


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File Size: 546,01 KB

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City

Copenhagen / G. Sound / New York / Florence / /

Company

Wilson / Nokia / ACM Press / Apple / 7th Dec / /

Country

United States / Italy / Singapore / /

Currency

USD / /

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Facility

National University of Singapore / Computing Science University / /

IndustryTerm

software-controlled audio and vibrotactile feedback / hand-held interaction device / Internal electronics / case technology / printing / form-factor wireless sensor-pack / productive research tool / electronics / resin 3D-printing technology / interface software / host device / µ-law / hand-held device / /

Organization

National University of Singapore / US Federal Reserve / European Commission / Society of Antiquaries of Scotland / Computing Science University / /

Person

D. Carved / S. Hughes / Stephen Hughes / /

Position

Author / vibration driver / Marshall / Controller / /

Product

iPhone / /

ProgrammingLanguage

PASCAL / /

Technology

cellular telephone / created using SLA resin 3D-printing technology / Bluetooth / case technology / CONCLUSIONS AND OUTLOOK The technology / mobile devices / /

URL

http /

SocialTag