LG / GPU / Motorola / Google / Synaptics / Texas Instruments / Khronos Group / OS LC / /
Country
China / /
Currency
USD / / /
Event
Reorganization / /
Facility
OpenCV library / Prentice Hall / USB port / /
IndustryTerm
wearable systems / user interface hardware / page load Web page viewing Web page scrolling / hardware/software / technology/myriad1/ / telephony / menu card Internet page load Web page viewing / optical head-mounted display devices / web searches / energy use / energy inefficiency / software insights / energy / background processing / telephony tasks / Internet Browsing / built-in internet browser application / online journal / hands-free device / card Internet page load Web page viewing Web / Internet page load Web page viewing Web page / load Web page viewing Web page scrolling Phone / low-power processors / high-power processing leads / galaxy energy usage / web page result / electronics / mobile devices / web search / Energy efficiency / social networks / low-power processing / Image sensor energy / cloud computing / Energy characterization / energy-proportionality / diagnostic tool / voice search / /
OperatingSystem
Android / /
Organization
National Science Foundation / Inertial Motion Unit / /
Person
Robert LiKamWa / Louis C. Burmeister / Daniel Ashbrook / Aaron Carroll / Lin Zhong / Felix Xiaozhu Lin / Figure / /
Position
bone-conduction speaker / Optical Head / Eye Speaker / speaker / Moving Coil Speaker / supplementary moving coil speaker / representative / speaker / and the Bluetooth card / /
Product
Galaxy Tab / Glass / Image / Apple iPhone 4 Smartphone / Motorola Droid Smartphone / Google Glass (XE12) / Glass system / OMAP4430 / Google Glass / /
ProvinceOrState
Connecticut / /
Technology
X-ray / MPEG / API / smartphone / Display Technology / Heat Transfer / Android / operating system / mobile device / ARM technology / pdf / mobile devices / OLED / voice recognition / smartphones / 500 0 400 600 800 Processor / http / DSP / Bluetooth / low-power processors / /
Draining our Glass: An Energy and Heat Characterization of Google Glass Robert LiKamWa† , Zhen Wang† , Aaron Carroll†‡ , Felix Xiaozhu Lin† , and Lin Zhong† † Rice ‡ UNSW,