Workload Shifting: Contention-Insular Disk Arrays for Big Data Systems
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In this paper, we propose \emph{Workload Shifting}, a novel log- structured design that shifts background data transformation away from the foreground data ...
Compared with conventional RAID0 disk array, Workload Shifting effectively isolates background data transformation and foreground data injections, ...
Based on the findings and quantified evaluation results, we provide great guidance and implications for both data center administrators and big data system ...
Bibliographic details on Workload Shifting: Contention-Insular Disk Arrays for Big Data Systems.
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Workload Shifting: Contention-Insular Disk Arrays for Big Data Systems ... Chameleon: A data organization transformation scheme for big data systems.
Workload Shifting: Contention-Insular Disk Arrays for Big Data Systems ... disk array, Workload Shifting effectively isolates background data ...
May 20, 2014 · In this paper, we propose Chameleon, a novel data organization transformation scheme for replication based big data system. The goal of ...