Dept. of Comput. Sci. Illinois Inst. of Technol. Chicago IL USA;
knapsack problems; mobile computing; parallel machines; performance evaluation; processor scheduling; 0-1 multiple knapsack problem; competitive overall performance; job performance; job prioritizing; job scheduling system; node contiguity information; resource allocation; scheduling decision making; scheduling design; supercomputers; system performance; torus-connected machines; torus-connected network; trace-based simulations; window-based locality-aware scheduling; Approximation algorithms; Greedy algorithms; Processor scheduling; Resource management; Scheduling; Supercomputers; System performance;
机译:基于IP和基于启发式作业调度算法备份系统的性能评估和可伸缩性
机译:基于IP和基于启发式作业调度算法备份系统的性能评估和可伸缩性
机译:关键性零星工作对分布式系统中Gang调度性能的影响
机译:用于多用户作业分布式系统的系统最佳负载平衡方案的性能评估
机译:高性能计算和边缘计算系统中的拓扑知识作业调度和放置
机译:绩效测量系统交互式使用对工作性能的影响:组织学习的调解效应
机译:分布式系统中的实时工作调度 - 仿真与性能分析