提高数据密集型服务器的磁盘吞吐量

E. V. Carrera, R. Bianchini
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引用次数: 22

摘要

低磁盘吞吐量是提高数据密集型服务器性能的主要障碍之一。在本文中,我们提出了两种可以显著提高磁盘吞吐量的磁盘控制器缓存管理技术。第一种技术称为面向文件的预读(FOR),它根据文件系统信息调整进入磁盘控制器缓存的预读块的数量。第二种技术称为主机引导设备缓存(HDC),它让主机控制部分磁盘控制器缓存。作为该机制的一个示例,我们将导致主机缓冲区缓存中丢失最多的块永久地缓存在磁盘控制器中。我们对真实服务器工作负载的详细模拟表明,与传统的磁盘控制器缓存管理技术相比,FOR和HDC可以分别将磁盘吞吐量提高34%和24%。当结合使用时,这些技术可以将吞吐量提高47%。
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Improving Disk Throughput in Data-Intensive Servers
Low disk throughput is one of the main impediments to improving the performance of data-intensive servers. In this paper, we propose two management techniques for the disk controller cache that can significantly increase disk throughput. The first technique, called File-Oriented Read-ahead (FOR), adjusts the number of read-ahead blocks brought into the disk controller cache according to file system information. The second technique, called Host-guided Device Caching (HDC), gives the host control over part of the disk controller cache. As an example use of this mechanism, we keep the blocks that cause the most misses in the host buffer cache permanently cached in the disk controller. Our detailed simulations of real server workloads show that FOR and HDC can increase disk throughput by up to 34% and 24%, respectively, in comparison to conventional disk controller cache management techniques. When combined, the techniques can increase throughput by up to 47%.
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