微内核上的负载分布

D. Milojicic, P. Giese, W. Zint
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引用次数: 5

摘要

作者研究了a /spl mu/kernel用于负载分配的适当性。他们通过在Mach /spl mu/kernel之上展示一个负载分配实现来展示/spl mu/kernel的好处。负载分配方案主要基于任务迁移、负载信息管理和分布式调度三个部分。结果表明,在传递/spl mu/kernel(如Mach)的消息之上实现透明任务迁移相对容易。更改分布式调度器,使其在考虑处理器负载之外还考虑IPC和VM负载,这很简单,并且平均执行时间最多可提高30%。从扩展负荷信息管理的角度研究分布式调度策略。最后,他们比较了不同操作系统架构上的负载分布
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Load distribution on microkernels
The authors investigate the appropriateness of a /spl mu/kernel for load distribution. They demonstrate /spl mu/kernel benefits by presenting a load distribution implementation on top of the Mach /spl mu/kernel. The load distribution scheme is based on three main parts: task migration, load information management, and distributed scheduling. It is shown that it is relatively easy to implement transparent task migration on top of a message passing /spl mu/kernel, such as Mach. Changing the distributed scheduler so that it considers IPC and VM load in addition to processor load is straightforward, and it yields up to a 30% improvement in average execution time. The authors investigate distributed scheduling strategies in the light of the extended load information management. Finally, they compare load distribution on various OS architectures.<>
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