George Washington University / Rice University / /
IndustryTerm
Per-process energy accounting / grained energy accounting / energy contribution / per-process energy consumptions φi / system energy consumption / background applications / electricity / energy constraints / estimate system energy consumption / computer systems / energy consumption / energy management algorithms / distributed energy consumption / Self-constructive high-rate system energy modeling / energy attribution policy / software processes / perprocess energy accounting / online power estimation / rogue applications / software optimization / energy management / value solution / energy accounting policy / app energy consumption / per-processes energy consumption budgets / energy accounting / battery-powered mobile systems / energy metering framework / energy accounting policies / energy management solutions / energy contributions / mobile systems / energy estimation / energy / also complement existing energy management solutions / /
OperatingSystem
Linux / /
Organization
Rice University / Houston / Princeton University / George Washington University / Washington / /
Person
Game / Lin Zhong / /
Position
Multi-Player / scheduler / player / /
ProgrammingLanguage
DC / /
ProvinceOrState
California / /
Technology
System-on-Chip / Linux / smartphones / smartphone / GPS / Mobile Computing / machine learning / android / operating system / energy management algorithms / mobile devices / /
System Energy Consumption is a Multi-Player Game [Extended Abstract for Special Session] Mian Dong† , Tian Lan‡ , and Lin Zhong† † Rice University, Houston, TX