基于AnT的多核处理器负载均衡评价

Takeshi Sakoda, Toshihiro Yamauchi, H. Taniguchi
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引用次数: 1

摘要

基于微内核架构的操作系统具有较高的适应性和韧性。此外,随着大规模集成电路技术的进步,多核处理器也得到了发展。通过在多核处理器上运行微内核操作系统,并将操作系统服务器分配到多核,可以实现操作系统处理的负载均衡。在这种方法中,可以在多核环境中有效地提供需要大量操作系统处理的事务处理。本文对多核环境下基于微内核架构的AnT操作系统在不同场景下的分布式操作系统处理性能进行了评估。在这些评估中,当引用块中的数据时,我们通过分布形式描述性能差异。此外,我们使用Post Mark和Bonnie基准工具来评估分发表单的负载平衡效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Load Balancing in Multicore Processor for AnT
Operating systems (OSes) that is based on micro kernel architecture have high adaptability and toughness. In addition, multicore processors have been developed along with the progress of LSI technology. By running a micro kernel OS on a multicore processor and distributing the OS server to multiple cores, it is possible to realize load balancing of the OS processing. In this method, transaction processing, which requires a large amount of OS processing, can be provided effectively in a multicore environment. This paper presents evaluations of distributed OS processing performances for various scenarios for AnT operating system that is based on the micro kernel architecture in a multicore environment. In these evaluations, we describe the differences in performance by distribution forms when referring the data in a block. Moreover, we use the Post Mark and Bonnie benchmark tools to evaluate the effects of load balancing for the distribution forms.
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