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Adapting MSHN Scheduling Technology for HiPer-D

system and QoS characterization. New Ideas automate the initial assignment of resources to the applications that comprise an NSWC HiPer-D mission

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Adapting MSHN Scheduling Technology for HiPer-D

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  1. system and QoS characterization New Ideas • automate the initial assignment of resources to the applications that comprise an NSWC HiPer-D mission • derive a metric for evaluating an initial assignment by quantifying the allowable increase in tactical load until dynamic reallocation of resources is required to avoid QoS violations • design initial assignment heuristics for the HiPer-D environment based on heuristics that have performed well in other environments Adapting MSHN Scheduling Technology for HiPer-D sensor processing resource allocation computing resources Schedule Impact • provide effective off-line initial allocation of resources to NSWC HiPer-D applications • tool for "what if" performance studies of resources available versus load on the HiPer-D system • method to compare off-line versus on-line resource allocation heuristics for the same HiPer-D system state project begins mapping heuristic design integrate into HiPer-D test bed evaluation on HiPer-D 5/00 10/00 4/01 10/01 H.J. Siegel Tony Maciejewski Purdue University Viktor Prasanna USC Richard FreundNoemix

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