一个基于闪存的存储管理系统的实现

Huizhong Liu
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引用次数: 0

摘要

针对目前广泛应用于电子产品存储管理的NAND闪存,设计了一种文件系统SxsFFS,讨论了直接寻址算法的实现,提出了建立节点树、底层节点可变带宽等概念。实现了对不同容量类型的闪存的灵活可变的直接寻址,并简要介绍了如何通过建立页阵列来增加文件系统的直接寻址范围。此外,本文还详细介绍了分块采集和磨损均衡的设计与实现,并根据分块数据更新频率的不同,分别设计了动态磨损均衡算法和静态磨损均衡算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The realization of a storage management system based on flash memory
Aiming at the NAND Flash which has been widely used in the storage management of electronic products, this paper designs a file system SxsFFS, discusses the realization of direct addressing algorithm, and proposes concepts of establishing node tree, variable bandwidth of bottom node, etc. It realizes flexible and variable direct addressing to different types of capacity flash memory, and also briefly introduces how to increase the direct addressing range of the file system by establishing a page array. In addition, this paper introduces the design and implementation of block collection and wear-leveling in detail, and designs a dynamic wear-leveling algorithm and a static wear-leveling algorithm respectively according to the different update frequency of block data.
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