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Performance Evaluation of RAM-based Caching Solution at Hypervisor and Storage Level for Network-Attached Storage on VMware Platform

机译:在VMware平台上网络连接存储的管理程序和存储级别的基于RAM的缓存解决方案性能评估

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The application of cache was an alternative solution to improve storage performance. Especially in a virtualization environment, storage performance was the top priority because of its performance impact on all of the running VMs. The implementation of the cache solution can be seen from a 3-layers perspective (3 layers: Storage, hypervisor and VM). The experimental tests conducted within this paper aimed to observe the characteristics of the performance gained from the implementation of RAM-based cache solution at layer 1 (storage level) and layer 2 (hypervisor) on NAS-based storage. Test results in write-back mode (cache for read and write operations) showed that layer 1 cache is superior for accelerating write-operation performance (up to 7,29 times), while layer 2 cache is superior for accelerating read-operation performance (up to 3,92 times). Continuing the test, the combination of layers 1 and 2 cache provides performance improvements up to 4,27 times for read operations, and up to 8,23 times for write operations, all were compared with baseline score (condition without cache).
机译:缓存的应用是改善存储性能的替代解决方案。特别是在虚拟化环境中,存储性能是最优先级,因为它对所有正在运行的VM的性能影响。可以从3层透视图(3层:存储,虚拟机管理程序和VM)来看缓存解决方案的实现。在本文中进行的实验测试旨在观察从基于NAS的存储器1(存储级别)和第1层(存储级别)和第2层(虚拟机管理程序)的基于RAM的高速缓存解决方案所获得的性能的特征。回写模式(读写操作的缓存)测试结果显示,第1层缓存优于加速写入操作性能(最多7,29次),而第2层高速缓存可以加速读取操作性能(高达3,92次)。继续测试,层1和2缓存的组合提供了高达4,27次的读取操作的性能改进,以及写入操作的最高8,23次,并与基线分数进行比较(条件无缓存)。

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