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Fusion-Cache: A Refactored Content-Aware Host-Side SSD Cache

机译:Fusion-Cache:重构的内容感知主机端SSD缓存

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摘要

For the merits of high I/O performance and low energy consumption, SSDs have been widely deployed as the host-side cache devices for backend storage to improve the hosted virtual machines' I/O performance. But in today's host-side SSD cache, the cache behavior and flash memory are managed individually, without knowing each other's internal information. This semantic gap not only makes host-side cache inefficient, but also shortens cache device's lifetime. Additionally, prior studies point out that host-side cache contains much duplicate data. This will further worsen the situation. In this paper, we try to refactor the cache architecture by integrating the management of cache behavior and flash memory to remove the semantic gap. Moreover, data deduplication is applied to improve the usage efficiency of cache device. Compared with conventional host-side caches, experiments show our proposed cache axchitecture can generate great improvements on I/O performance and device's lifetime.
机译:由于具有高I / O性能和低能耗的优点,SSD已广泛用作后端存储的主机端缓存设备,以提高托管虚拟机的I / O性能。但是,在当今的主机端SSD缓存中,缓存行为和闪存是单独管理的,彼此之间并不了解彼此的内部信息。这种语义上的差距不仅使主机端缓存效率低下,而且缩短了缓存设备的寿命。此外,先前的研究指出,主机端缓存包含大量重复数据。这将使情况进一步恶化。在本文中,我们尝试通过整合缓存行为和闪存的管理以消除语义鸿沟来重构缓存体系结构。此外,重复数据删除技术可以提高缓存设备的使用效率。与传统的主机端缓存相比,实验表明,我们提出的缓存架构可以极大地提高I / O性能和设备的使用寿命。

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