基于再生码的拟态数据存储方案

doi:10.11959/j.issn.1000-436x.2018066

Abstract

Abstract:

Aiming to solve security threats in the cloud storage system due to static storage architecture and storage mode,a mimic storage scheme based on regenerated code was proposed.The scheme used network coding scheme to store the data in the cloud data node,and used mimicry transformation mechanism based on regeneration code to change data storage state dynamically according to the random time-varying factors,which could guarantee data integrity and data availability continuously.The mimicry transformation mechanism is a random,time-varying and dynamic scheme,which increases the uncertainty of storage system.It blocks and interferes with the attack chain,increases the difficulty and cost of the attack operation,and improves the security and reliability of the system.

Key words: mimic, network coding, regenerated code, cloud storage

CLC Number:

TP309.2

Yue CHEN,Longjiang WANG,Xincheng YAN,Xinyue ZHANG. Mimic storage scheme based on regenerated code[J]. Journal on Communications, 2018, 39(4): 21-34.

Figures/Tables 16

有限域		迭代次数/次
有限域	1次变换	2次变换	3次及其以上变换
$G F (2^{4})$	3 647	3 822	2 531
$G F (2^{8})$	7 303	1 975	722
$G F (2^{16})$	9 080	875	45
$G F (2^{32})$	9 937	63	0

有限域		迭代时间/ms
有限域	1次变换	2次变换	3次及其以上变换
$G F (2^{4})$	99	178	301
$G F (2^{8})$	122	219	396
$G F (2^{16})$	148	250	423
$G F (2^{32})$	272	378	694

References 19

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参数设置	迭代次数/次			迭代总次数
参数设置	1次变换	2次变换	3次及其以上变换	迭代总次数
n=4、k=2	7 303	1 975	722	13 279以上
n=6、k=4	5 303	1 523	3 174	17 868以上
n=8、k=6	1 501	1 319	7 180	25 679以上

参数设置		平均时间/ms
参数设置	1次变换	2次变换	3次及其以上变换
n=4、k=2	122	219	396
n=6、k=4	127	233	428
n=8、k=6	135	245	457

Mimic storage scheme based on regenerated code

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