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Dynamical cache partitioning based on cache missing ratio and process priority

机译:基于缓存丢失率和进程优先级的动态缓存分区

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This paper studies the fairness model in the sharing cache between the cores in a chip Multi-processor (CMP) architecture, and makes two contributions as follows: firstly, this paper discussed the performance of the multi-core system based on the priority and the missing ratio, in contrast with the relative researches focus on the process priority, thread missing ratio or the relation between the process priority and the throughput respectively in past. Secondly, this paper proposed the new metrics to measure the fairness of the sharing cache partitioning, and the algorithm is under the guideline of this theory of the fairness model to partition the cache in order to maximize the ability of the processing of the core and in the whole. The experiments proved that this algorithm is effective and it improves the CPU's throughput.
机译:本文研究了芯片多处理器(CMP)架构中内核之间共享缓存中的公平性模型,并做出了以下两个贡献:首先,本文基于优先级和性能讨论了多内核系统的性能。相对于以往的研究,线程遗失率主要集中在进程优先级,线程遗失率或进程优先级与吞吐量之间的关系上。其次,本文提出了衡量共享缓存分区公平性的新指标,该算法在公平性模型理论的指导下,对缓存进行分区,以最大程度地提高处理核心和共享资源的能力。整体。实验证明,该算法是有效的,可以提高CPU的吞吐量。

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