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Cluster computing / Computer cluster / Scheduling / Grid computing / Bandwidth / Job scheduler / Concurrent computing / Computing / Parallel computing


Characterization of Bandwidth-aware Meta-schedulers for Co-allocating Jobs in a Mini-grid∗ William M. Jones†
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Document Date: 2004-11-10 13:41:53

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File Size: 1,05 MB

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Facility

Computer Engineering Clemson University / Engineering Arizona State University / /

IndustryTerm

internal networks / multi-site / interconnection network / resource management software / bandwidth-aware co-allocation algorithms / feasible mapping solution / grid scheduling algorithms / inter-cluster network / dedicated interconnection network / meta-scheduling algorithm / commodity processors / /

OperatingSystem

L3 / /

Organization

High Performance Computing Center Fulton School / Parallel Architecture Research Lab Department of Electrical / Arizona State University / US Federal Reserve / National Aeronautics and Space Administration / Clemson University / /

Person

Walter B. Ligon III / William M. Jones / Louis W. Pang / /

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Position

mini-scheduler / meta-scheduler / scheduler / head / /

Product

SC / /

ProvinceOrState

Louisiana / /

Technology

meta-scheduling algorithm / 2 Allotment Algorithm / following algorithm / bandwidth-aware co-allocation algorithms / network interface card / commodity processors / grid scheduling algorithms / job queue Co−allocation algorithms / simulation / /

URL

http /

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