Hewlett-Packard / Nokia / Sony / Motorola / Google / Database Systems / Database Management Systems / Samsung / Intel / IDC / /
Country
United States / /
Currency
pence / USD / / /
Facility
Data Center / SHIELD MICRO-USB DOCK / /
IndustryTerm
shows energy / energy needs / underpowered device support applications / hardware solutions / energy efficiency points / unused computing equipment / energy efficient alternative / background services / consumed energy / online power estimation / data intensive computing / overall energy efficiency / wireless data networks / energy-efficient configuration / low-power systems / energy-efficient platforms / manufacturing cost / rudimentary and computing power / data processing tasks / forced data management systems / energy / capable computing devices / energy costs / overall more energy / energy cost component / data management software / energy consumption / energy-efficiency / Energy-efficient cluster computing / energy-efficient solutions / sustainable solutions / energy requirements / scale-out software infrastructure / higher energy efficiency / 1U server / energy-efficient architectures / lowpower hardware / less energy / energy efficiency / always-connected computing device / software changes / worst-case processing / low-power devices / enterprise data management / /
MusicGroup
RAM / /
OperatingSystem
Linux / Android / /
Organization
Data Center / Congress / Environmental Protection Agency / /
Person
A. Dou / V / Spiros Papadimitriou / D. J. Abadi / S. Madden / V. Liang / S. Harizopoulos / V / P. Ranganathan / V / /
A Case for Micro-Cellstores: Energy-Efficient Data Management on Recycled Smartphones ∗ Stavros Harizopoulos