PFM:a SMS4 algorithm against high-order power analysis attacks

A fixed-value mask algorithm for SMS4 was proposed in order to resist power analysis attack based SMS4.Firstly,an atomic mask algorithm of SMS4 was designed to resist against high-order power analysis attack based on the study of the structure of SMS4 algorithm,the intermediate variables were masked...

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Main Authors: LI Lang1, LI Ren-fa1, LI Jing1, WU Ke-shou3
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2010-01-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/zh/article/74647831/
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author LI Lang1
LI Ren-fa1
LI Jing1
WU Ke-shou3
author_facet LI Lang1
LI Ren-fa1
LI Jing1
WU Ke-shou3
author_sort LI Lang1
collection DOAJ
description A fixed-value mask algorithm for SMS4 was proposed in order to resist power analysis attack based SMS4.Firstly,an atomic mask algorithm of SMS4 was designed to resist against high-order power analysis attack based on the study of the structure of SMS4 algorithm,the intermediate variables were masked in the method.Secondly,pseudo-random fixed-value mask method(PFM) was proposed based on the above method,when its hardware implementation aiming at low power and less areas was considered about.Moreover,PFM has the ability to resist against high-order power analysis attacks when applied to the sensor node of special environment of communication.Finally,the experimental results show that the proposed algorithm has the ability to effectively resist second high-order differential power analysis attack without increasing much power and hardware resources.
format Article
id doaj-art-08f433a0f88a48bcb815c0393fee5777
institution Kabale University
issn 1000-436X
language zho
publishDate 2010-01-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-08f433a0f88a48bcb815c0393fee57772025-01-14T08:25:44ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2010-01-0131879274647831PFM:a SMS4 algorithm against high-order power analysis attacksLI Lang1LI Ren-fa1LI Jing1WU Ke-shou3A fixed-value mask algorithm for SMS4 was proposed in order to resist power analysis attack based SMS4.Firstly,an atomic mask algorithm of SMS4 was designed to resist against high-order power analysis attack based on the study of the structure of SMS4 algorithm,the intermediate variables were masked in the method.Secondly,pseudo-random fixed-value mask method(PFM) was proposed based on the above method,when its hardware implementation aiming at low power and less areas was considered about.Moreover,PFM has the ability to resist against high-order power analysis attacks when applied to the sensor node of special environment of communication.Finally,the experimental results show that the proposed algorithm has the ability to effectively resist second high-order differential power analysis attack without increasing much power and hardware resources.http://www.joconline.com.cn/zh/article/74647831/SMS4HO-DPAatomic maskpseudo-random fixed-value mask
spellingShingle LI Lang1
LI Ren-fa1
LI Jing1
WU Ke-shou3
PFM:a SMS4 algorithm against high-order power analysis attacks
Tongxin xuebao
SMS4
HO-DPA
atomic mask
pseudo-random fixed-value mask
title PFM:a SMS4 algorithm against high-order power analysis attacks
title_full PFM:a SMS4 algorithm against high-order power analysis attacks
title_fullStr PFM:a SMS4 algorithm against high-order power analysis attacks
title_full_unstemmed PFM:a SMS4 algorithm against high-order power analysis attacks
title_short PFM:a SMS4 algorithm against high-order power analysis attacks
title_sort pfm a sms4 algorithm against high order power analysis attacks
topic SMS4
HO-DPA
atomic mask
pseudo-random fixed-value mask
url http://www.joconline.com.cn/zh/article/74647831/
work_keys_str_mv AT lilang1 pfmasms4algorithmagainsthighorderpoweranalysisattacks
AT lirenfa1 pfmasms4algorithmagainsthighorderpoweranalysisattacks
AT lijing1 pfmasms4algorithmagainsthighorderpoweranalysisattacks
AT wukeshou3 pfmasms4algorithmagainsthighorderpoweranalysisattacks