| Document Date: 2013-10-03 22:05:22
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City Ithaca / New York / / Company Amazon / Eink / Sony / Irex Technologies / ACM Inc. / Texas Instruments / Philips / / Country United States / / Currency USD / / / Event Reorganization / / Facility Penn Plaza / Cornell University / / / IndustryTerm few systems / radio systems / low power processor / e-book reader applications / portable devices / energy signatures / slate devices / interface co-processor / search box / electronic ink technology / software infrastructure / search button / manufacturing technologies / e-book / energy loop / main high-performance processor / overall energy signature / display technologies / overall energy consumption / energy-saving configurations / energy footprint / interactive systems / larger processor / overall energy use / lower energy consumption / lower energy / lower power processors / simpler processor / lower power processor / power management hardware / energy savings / intensive search / software perspective / search dialogue / energy / software view / main application processor / bi-stable display technology / energy consumption / sensor networks / software implementation / simpler solution / application processor / energy requirements / obvious solution / search dialog box / low-power processor / energy profile / energy efficiency / power processor / hardware technology / micro-controller class device / user-interface management / typical application processor / software architecture / btn search / energy signature / aggressive power management / bi-stable display systems / / OperatingSystem Linux / L3 / / Organization National Science Foundation / Computer Systems Lab / Cornell University / / Person Fig / Mark Weisers / / / Position micro-controller / Low energy loop E-ink Display Display controller / Prime Minister / User Interfaces General / micro controller / OMAP PM / display controller / Author / BroadSheet E-Ink display controller / programmable general purpose micro-controller / MSP Forward / Broadsheet controller / low power micro-controller / controller / / Product High energy loop MSP Wacom tablet / Ebook application / Ebook / Apple iPad / Kindle / / ProgrammingLanguage Hypercard / / ProvinceOrState New York / / Technology electronic ink technology / RAM / GigaHz application processor / Linux / 3530 application processor / two processors / typical application processor / baseline OMAP processor / OMAP processor / hardware technology / operating system / interface co-processor / display technologies / low-power processor / limited / low power processor / one processor / OLED / bi-stable display technology / voice recognition / Flash memory / application processor / high power processor / flow control / Asymmetric Dual-Processor / Smartphones / caching / low power processor / lower power processor / lower power processors / PDA / larger processor / Nemoptics BiNem technology / MSP processor / main application processor / / URL http /
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XX An Asymmetric Dual-Processor Architecture for Low Power Information Appliances ` Franc¸ois Guimbretiere, Shenwei Liu, Han Wang, Rajit Manohar, Cornell University