从Linux内核参数的角度理解Spark工作负载的行为

Li Wang, Tianni Xu, Jing Wang, Wei-gong Zhang, Xiufeng Sui, Yungang Bao
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引用次数: 1

摘要

尽管已经建立了许多具有高容量内存的创新计算机系统,但操作系统内核背后的设计原则几十年来一直保持不变。认为内核参数是操作系统的一种特殊接口,是数据中心运维中必须考虑的因素。为了说明在运行Spark工作负载时调优虚拟内存子系统的Linux参数的有效性,我们在简单的独立部署模式下评估基准测试。我们的性能结果表明,必须仔细设置一些Linux内存参数才能有效地支持这些处理工作负载。我们希望这项工作能够为数据中心系统操作员提供见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Understanding the Behavior of Spark Workloads from Linux Kernel Parameters Perspective
Despite a number of innovative computer systems with high capacity memory have been built, the design principles behind an operating system kernel have remained unchanged for decades. We argue that kernel parameters is a kind of special interface of operating system and must be factored into the operation and maintenance of datacenters. To shed some light on the effectiveness of tuning Linux parameters of virtual memory subsystem when running Spark workloads, we evaluate the benchmarks in a simple standalone deploy mode. Our performance results reveal that some of the Linux memory parameters must be carefully set to efficiently support these processing workloads. We hope this work yields insights for datacenter system operators.
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