WorkflowSim: A toolkit for simulating scientific workflows in distributed environments

Weiwei Chen, E. Deelman
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引用次数: 434

Abstract

Simulation is one of the most popular evaluation methods in scientific workflow studies. However, existing workflow simulators fail to provide a framework that takes into consideration heterogeneous system overheads and failures. They also lack the support for widely used workflow optimization techniques such as task clustering. In this paper, we introduce WorkflowSim, which extends the existing CloudSim simulator by providing a higher layer of workflow management. We also indicate that to ignore system overheads and failures in simulating scientific workflows could cause significant inaccuracies in the predicted workflow runtime. To further validate its value in promoting other research work, we introduce two promising research areas for which WorkflowSim provides a unique and effective evaluation platform.
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WorkflowSim:用于模拟分布式环境中的科学工作流的工具包
仿真是科学工作流研究中最常用的评价方法之一。然而,现有的工作流模拟器无法提供一个考虑到异构系统开销和故障的框架。它们还缺乏对广泛使用的工作流优化技术(如任务集群)的支持。在本文中,我们介绍了WorkflowSim,它通过提供更高层次的工作流管理来扩展现有的CloudSim模拟器。我们还指出,在模拟科学工作流时忽略系统开销和失败可能会导致预测工作流运行时中的重大不准确性。为了进一步验证其在促进其他研究工作中的价值,我们介绍了两个有前景的研究领域,WorkflowSim为其提供了独特而有效的评估平台。
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