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首页> 外文期刊>International Journal of Computer Science and Security >Cache Coherency in Distriuted File System
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Cache Coherency in Distriuted File System

机译:分布式文件系统中的缓存一致性

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Principle of locality states that most memory references are made to a small number of memory locations. Not only that, memory locations near most recently referenced locations are more likely to be referenced than one further away. To take advantage of this, cache memory is inserted between memory and CPU [1]. Better utilization of cache is crucial for good performance of distributed file system; even in case of remote file accesses.Not caching a file during writes prolongs the session, thereby increasing write-sharing time, leading to slow performance especially on WANs. This paper introduces a technique to reduce miss penalty during remote file writes and allows write sharing in LAN. It uses the principle of divide-and-rule and arranges the system into hierarchical domains and then gives ownerships to the writers.
机译:局部性原则指出,大多数存储器引用都是针对少量的存储器位置进行的。不仅如此,与最近引用的位置相比,最近引用的位置附近的内存位置更有可能被引用。为了利用这一点,将高速缓存存储器插入到存储器和CPU [1]之间。更好地利用高速缓存对于分布式文件系统的良好性能至关重要。即使在远程文件访问的情况下,在写入过程中不缓存文件也会延长会话时间,从而增加了共享共享时间,从而导致性能下降,尤其是在WAN上。本文介绍了一种减少远程文件写入过程中未命中损失的技术,并允许在LAN中共享写入。它使用分而治之的原则,将系统划分为分层域,然后将所有权授予作者。

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