cloud computing; contracts; data handling; energy conservation; energy consumption; power aware computing; resource allocation; scheduling; Apache Hadoop YARN; CPU frequency; DVFS scheme; MapReduce 2.0; MapReduce scheduling policies; SLA-aware energy-efficient scheduling scheme; YARN per-application ApplicationMaster; YARN scheduler; cloud computing; energy consumption minimization; job profiling; multitenant applications; online userspace governor based dynamic voltage and frequency scaling scheme; resource allocation; resource management; resource provisioning; second-generation Hadoop; service level agreement; Cloud computing; Energy consumption; Processor scheduling; Resource management; Time-frequency analysis; Yarn; DVFS; Hadoop YARN; SLA; resource allocation; task scheduling;
机译:Hadoop YARN的SLA感知节能调度方案
机译:Hadoop上CPU密集型流作业的节能任务调度
机译:约束编程与Hadoop Yarn中Mapreduce调度问题的启发式方法,以实现能量最小化
机译:Hadoop YARN的SLA感知节能调度方案
机译:本地移动云中的节能,时间受限的调度方案。
机译:动态优先级调度方案在动力感知型风车任务模型静态系统中的应用
机译:Hadoop纱线资源调度优化方法研究