Boston / New York / Paris / Fontainebleau / Berlin / /
Company
Monsoon Solutions Inc. / Google / McGraw-Hill / Addison-Wesley Longman Publishing Co. Inc. / Samsung Exynos 4 Systems / Power - Aware Computer Systems / Low Power Electronics / /
Country
France / United States / / /
Event
FDA Phase / /
IndustryTerm
nm technologies / energy optimization / minimum energy consumption / cmos technologies / bit-reversal algorithm / energy efficient way / energy consumption curve / nm technology / average more energy / minimum energy operation point / consumed energy / energy curve / convex energy consumption curve / average absolute energy error / energy estimate / analytical energy model / energy integral / memory systems / hand-held computer device / energy usage / energy / energy consumption model / mobile applications / energy consumption / metal-oxide semiconductor field-effect transistor / measured and modeled energy / energy/frequency convexity rule / energy measurements / electronic devices / bit-reverse algorithm / electronics / communication devices / energy efficiency / battery-powered systems / computing / circuit energy / external memory systems / energy model / power measurement protocol / /
OperatingSystem
Linux / Android / /
Organization
Univ. of California / /
Person
Carroll / A. R. Lebeck / Aaron / C. S. Ellis / X. Fan / /
Position
RT / model the relationship / frequency scaling governor / /
Product
Mobile Devices A Samsung Galaxy S2 / CPU / S2 / /
ProgrammingLanguage
C / /
ProvinceOrState
New Jersey / California / /
Technology
semiconductor / Bit Reverse algorithm / RAM / cmos technologies / Linux / smartphone / GPS / 3 Power Measurement Protocol / mobile phones / bit-reverse algorithm / field-effect transistor / Android / Operating System / mobile device / Mobile Devices / 0.1µm processor / bit-reversal algorithm / power measurement protocol / smartphones / simulation / 25 nm technology / 45 nm technology / sub-100 nm technologies / /
The Energy/Frequency Convexity Rule: Modeling and Experimental Validation on Mobile Devices Karel De Vogeleer1 , Gerard Memmi1 , Pierre Jouvelot2 , and Fabien Coelho2 1 2