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Scheduling / Job scheduling / Parallel computing / Planning / Cloud computing / Idle / Resource / Job scheduler / Job queue / Computing / Concurrent computing / Scheduling algorithms


Arora and Chopra 1:1 A Predictive energy Aware Hybrid Resource scheduler for Green Cloud computing
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Document Date: 2013-10-30 03:17:27


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City

Barcelona / Las Vegas / Zurich / Genetic Algorithm / Beijing / /

Company

Generation Computer Systems / IBM China / Energy- Efficient Cloud Computing Systems / Data Center Resources / Cloud Computing Systems / Energy-Efficient Management / Oxford University Press / International Journal / /

Country

Switzerland / United States / China / Spain / /

Currency

Rs / USD / /

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Event

Environmental Issue / /

Facility

University of New Mexico / /

IndustryTerm

simplest scheduling algorithm / performance computing / Internet-based mail services / energy-aware cloud / appropriate prediction tools / Green computing / basic energy management / energy-aware monitoring / energy consumption profiles / high energy consumption / communication technologies / office-based computing / computer technology / energy consumption patterns / energy / mobile computing / priority algorithm / energy consumption model / infrastructure energy consumption / electricity / energy consumption / energy consumption models / data processing / energy cost / electricity consumption / technology infrastructure / telecommunications / network-based computing / generation services / network-based services / energy efficiency / computing / priority processor / energy-aware resource allocation policies / /

Organization

U.S. Environmental Protection Agency / Green Data Center / British Computer Society / University of New Mexico / Oxford University / Data Centre / IEEE Communications Society / /

Person

Gregory Katsaros / Dipti Patil / Rakesh Kumar / Jayant Baliga / Luiz F. Bittencourt / Dzmitry Kliazovich / Edmundo R. M. Madeira / Sung Ho Jang / Jelena Srebric / Rodney S. Tucker / Eman Elghoneimy / Qiang He / Douglas C. Schmidt / Yun Yang / John Grundy / Sonia Carithers / Jules Whiteb / Andrew J. Younge / Yury Audzevich / Anton Beloglazov / Daniel Espling / Jean-Guy Schneider / Albert Y. Zomaya / Jai Dayal / Brian Dougherty / Jong Sik Lee / Kerry Hinton / Anand Sivasubramaniam / Robert W. A. Ayre / Chen / Tae Young Kim / Seyyed Mohsen / Rakesh Kumar Yadav / Nelson L. S. da Fonseca / Jae Kwon Kim / Job Scheduling / Pei Zhang / Pierre Gilet / Abhishek K Mishra / J. Oriol Fitó / Jordi Guitart / Aveek Purohit / Pascal Bouvry / Robin Scheduling Algorithm / /

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Position

An Energy Aware scheduler / Energy Aware Resource Scheduler / Energy Consumption Model / Predictive energy Aware Hybrid Resource scheduler / Scheduler / Assistant / /

ProvinceOrState

New Mexico / /

PublishedMedium

IEEE TRANSACTIONS ON COMPUTERS / /

Technology

This algorithm / priority processor / Load Balancing Algorithm / Information Technology / Priority algorithm / FCFS algorithm / scheduling algorithm / Quality of Service / SJF algorithm / computer technology / communication technologies / Load Balancing / mobile computing / simplest scheduling algorithm / Task Scheduling Algorithms / results Algorithm / ENERGY AWARE RESOURCE SCHEDULING ALGORITHM / /

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