An Improved File System Synchronous Algorithm

Qiang Li, Ligu Zhu, Saifeng Zeng, Wenqian Shang
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引用次数: 2

Abstract

In order to timely synchronize the nodes in unstable network environment and reduce the space overhead of the operation log, we mix the operation transfer-based and state transfer-based synchronous models. In this paper, for file system synchronization, we design an improved file system synchronous algorithm -- the combination of state transform algorithm and operation merge algorithm. The experimental results show that the improved algorithm can completely merge file system changes into updates operation in millisecond. The key to mix the two ways is to unify updating granularity and semantic level, which will be taken by both models. The mixed model can meet the demand of instant response and the less resource-consuming at the same time.
一种改进的文件系统同步算法
为了在不稳定的网络环境下及时同步节点,减少操作日志的空间开销,我们混合了基于操作转移和基于状态转移的同步模型。本文针对文件系统同步问题,设计了一种改进的文件系统同步算法——状态变换算法和操作合并算法的结合。实验结果表明,改进后的算法可以完全将文件系统的更改合并为毫秒级的更新操作。混合两种方法的关键是统一更新粒度和语义层次,这两个模型都将采用。混合模型既能满足即时响应的要求,又能满足资源消耗少的要求。
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