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A Job Scheduling Approach for Multi-core Clusters Based on Virtual Malleability

机译:基于虚拟延迟性的多核群集作业调度方法

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Many commercial job scheduling strategies in multi processing systems tend to minimize waiting times of short jobs. However, long jobs cannot be left aside as their impact on the performance of the system is also determinant. In this work we propose a job scheduling strategy that maximizes resources utilization and improves the overall performance by allowing jobs to adapt to variations in the load. The experimental evaluations include both simulations and executions of real workloads. The results show that our strategy provides significant improvements over the traditional EASY backfilling policy, especially in medium to high machine loads.
机译:多处理系统中的许多商业工作调度策略倾向于最大限度地减少短暂工作的等待时间。然而,由于它们对系统性能的影响也是决定因素,因此不能留出长期的工作。在这项工作中,我们提出了一种作业调度策略,可以通过允许作业适应负载中的变化来最大化资源利用率并提高整体性能。实验评估包括真实工作量的模拟和执行。结果表明,我们的策略通过传统的易回填政策提供了显着的改进,特别是在中型到高机器负载。

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