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Towards Verifying Android Apps for the Absence of No-Sleep Energy Bugs Panagiotis Vekris, Ranjit Jhala, Sorin Lerner and Yuvraj Agarwal University of California, San Diego {pvekris, jhala, lerner, yuvraj} @ cs.ucsd.edu
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Document Date: 2013-01-16 02:13:44


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Company

Imoblife Inc. / Intents / C OX L. P. / /

Facility

Pennsylvania State University / Security Research Center / After building / Yuvraj Agarwal University of California / /

IndustryTerm

well w.r.t. energy consumption / high energy state / definitions dataflow algorithm / grained energy profiler / low-energy state / energy bugs / energy policy / low energy state / call-site / low-energy state iff / software components / manual management / lifecycle protocol / no-sleep energy bugs / software component / dataflow solution / energy usage / energy / energy policies / real-world applications / remote server / Precise accounting / energy state / inference algorithm / application-level power management / high-energy state / power management / energy safe / android applications / possible target-services / energy debugging / /

MarketIndex

SET 50 / /

OperatingSystem

Android / /

Organization

Security Research Center / National Science Foundation / Pennsylvania State University / Ded / University of California / San Diego / /

Person

John McCullough / Dimitar Bounov / NAS / Sorin Lerner / Ranjit Jhala / /

ProgrammingLanguage

Java bytecode / C / /

ProvinceOrState

Pennsylvania / California / /

Technology

reaching definitions dataflow algorithm / API / smartphone / GPS / Android / mobile devices / Java / lifecycle protocol / Smartphones / digital cameras / precise CFG inference algorithm / /

URL

http /

SocialTag