| Document Date: 2013-08-08 12:36:55
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City Hangzhou / Redmond / / Company Amazon / Microsoft / LDF / / Country China / / Currency USD / cent / / / Event Product Issues / Person Communication and Meetings / / Facility ABSTRACT National University of Singapore / / IndustryTerm dynamic priority scheduling algorithm / logical server / deficit round robin algorithm / database server / multimedia systems / e-commerce workload / mission critical applications / regular scheduling algorithm / decision support systems / real-time applications / enterprise applications / dynamic boosting algorithm / price-aware scheduling algorithm / multi-core processor / real-time systems / online business productivity software suite / cloud services / performance-sensitive line-of-business applications / / MarketIndex Dell DVD Store / CPUIO / / OperatingSystem VMs / / Organization VLDB Endowment / National University of Singapore / ABSTRACT National University / / Person Eff Ti / Tj / Manoj Syamala / / Position round robin scheduler / non-preemptive scheduler / DBMS scheduler / scheduler / maxDeficitTenant.Head / head / Fairness The CPU scheduler / co-operative / cooperative scheduler / given scheduler / OS scheduler / / Product tenant / traditional cpu sharing abstractions / Ti / / ProgrammingLanguage SQL / / ProvinceOrState Washington / / Technology price-aware scheduling algorithm / dynamic priority scheduling algorithm / load balancing / 40 Algorithm / Relational Database / regular scheduling algorithm / database management system / CPU scheduling algorithm / deficit round robin algorithm / dynamic boosting algorithm / price-aware CPU scheduling algorithm / reservation-aware CPU scheduling algorithms / scheduling algorithm / same algorithm / DBMS / / URL http /
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CPU Sharing Techniques for Performance Isolation in Multi-tenant Relational Database-as-a-Service