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Cluster computing / Job scheduling / Grid computing / Meta-scheduling / Scheduling / Computer cluster / Beowulf cluster / Oracle Grid Engine / Concurrent computing / Computing / Parallel computing


Dan Stanzione and Walt Ligon META-SCHEDULING FOR MINI-GRIDS Computational Mini-Grids DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING
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Document Date: 2004-07-16 12:11:10

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File Size: 107,84 KB

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IndustryTerm

allocation algorithms / system software grid-wide / management software / computer systems / Internet Processor / allocation software / /

Organization

Processors Parallel Architecture Research Lab / Walt Ligon META-SCHEDULING FOR MINI-GRIDS Computational Mini-Grids DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING Meta-Scheduler Relationship / National Science Foundation / /

Person

Dan Stanzione / /

Position

Meta-Scheduler / Local Queue Node Allocator Local Scheduler / Grid Network Backbone Dispatcher Dispatcher Local Queue Local Scheduler / system administrator / scheduler / Dispatcher Dispatcher Local Queue Local Scheduler Local Queue Node Allocator Local Scheduler / /

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Technology

Bioinformatics / 64 Processors / 264 Processors / Simulation / 512 processors / 0059 3 4.80 Simulator Mean Service Processor / 48 Processors / 256 processors / Node Allocator Local cluster scheduling algorithm Meta-scheduling algorithm / cluster scheduling algorithm Meta-scheduling algorithm Node allocation algorithms / 128 Processors / 52 Processors / /

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