Paper Info
Title
An Efficient Array File System for Multiple Small-Capacity NAND Flash Memories
Abstract
The existing NAND flash memory file systems have not taken into account multiple NAND flash memories for large-capacity storage. To resolve these problems, this paper suggests a new file system called NAFS for large-capacity storage with multiple small-capacity NAND flash memories. It adopts a new cache policy and mount scheme in order to improve read and write performance and to reduce the mount time. Our performance results show that NAFS is more suitable for large-capacity storage than conventional NAND file systems such as YAFFS2 and JFFS2 and a disk-based file system for Linux such as HDD-RAID5-EXT3.
Year
DOI
Venue
2011
10.1109/NBiS.2011.94
NBiS
Keywords
Field
DocType
read and write performance,account multiple nand flash,new cache policy,conventional nand file system,nand circuits,nafs,hdd-raid5-ext3,cache,efficient array file system,cache storage,new file system,nand flash memory file systems,storage management,array file system,nand flash memory,garbage collection,large-capacity storage,multiple small-capacity nand flash memory,jffs2,existing nand flash memory,disc drives,disk-based file system,mount scheme,linux,multiple nand flash memory,file system,multiple small-capacity nand flash,performance result,mount time,cache policy,hard discs,flash memories,yaffs2,conventional nand file systems,mount,indexation,indexes,memory management
JFFS2,File system,Flash file system,Flash memory,Computer science,Cache,NAND gate,Memory management,Operating system,Mount
Conference
ISSN
ISBN
Citations 
2157-0418 E-ISBN : 978-0-7695-4458-8
978-0-7695-4458-8
0
PageRank 
References 
Authors
0.34
4
2
Name
Order
Citations
PageRank
Sang Oh Park112214.84
Sung Jo Kim2739.31