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Towards improving the performance of distributed virtual memory based reversal cache approach

机译:旨在提高基于分布式虚拟内存的反向缓存方法的性能

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Distributed virtual memory (DVM) is one of the techniques that aim to maximise throughput under the reality that data transfer time between memory to memory is less than memory to hard disk which motivates these techniques. Distributed reversal cache (DRC) is a DVM technique that has been developed recently and is considered as a complete new approach. In this paper, part of memory of each master node is taken off to create the reversal cache then distributing its load over all nodes to free more area in the master node. Furthermore, we tackle the convenient issues of reversal cache and modify it for the sake of overcoming some stalls which mainly affect the performance of the master node by connecting the reversal cache technique with the DVM concept. Experimental results show that our technique outperformed other techniques in terms of page faults reduction and thrashing enhancement of 14% and 27%, respectively.
机译:分布式虚拟内存(DVM)是旨在在内存到内存之间的数据传输时间少于内存到硬盘之间的数据传输时间(这激发了这些技术)的现实下,最大化吞吐量的技术之一。分布式反向缓存(DRC)是最近开发的一种DVM技术,被认为是一种全新的方法。在本文中,将每个主节点的部分内存移出以创建反向缓存,然后将其负载分配到所有节点上,以释放主节点中的更多区域。此外,我们解决了反向缓存的便利问题,并通过将反向缓存技术与DVM概念相连接,以克服一些主要影响主节点性能的停顿,对其进行了修改。实验结果表明,我们的技术在页面错误减少和颠簸增强方面分别优于其他技术14%和27%。

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