SHACAL-2~＊算法的差分故障攻击
采用基于字的随机故障模型对SHACAL-2＊算法进行差分故障攻击,理论结果和实验数据都表明以超过60%的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97%的成功概率恢复512 bit的种子密钥需要204个随机故障。SHACAL-2＊算法可以找到两个有效的差分故障位置,而SHACAL-2算法只有一个有效的差分故障位置。因此,从实施差分故障攻击的难易程度看,SHACAL-2＊算法抵抗差分故障攻击的能力弱于SHACAL-2算法。...
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| Published in | 计算机应用研究 Vol. 31; no. 10; pp. 3122 - 3124 |
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| Main Author | |
| Format | Journal Article |
| Language | Chinese |
| Published |
国防科学技术大学理学院数学与系统科学系,长沙,410073
2014
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| Subjects | |
| Online Access | Get full text |
| ISSN | 1001-3695 |
| DOI | 10.3969/j.issn.1001-3695.2014.10.059 |
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| Abstract | 采用基于字的随机故障模型对SHACAL-2＊算法进行差分故障攻击,理论结果和实验数据都表明以超过60%的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97%的成功概率恢复512 bit的种子密钥需要204个随机故障。SHACAL-2＊算法可以找到两个有效的差分故障位置,而SHACAL-2算法只有一个有效的差分故障位置。因此,从实施差分故障攻击的难易程度看,SHACAL-2＊算法抵抗差分故障攻击的能力弱于SHACAL-2算法。 |
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| AbstractList | TN918; 采用基于字的随机故障模型对SHACAL-2*算法进行差分故障攻击,理论结果和实验数据都表明以超过60％的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97％的成功概率恢复512 bit的种子密钥需要204个随机故障.SHACAL-2*算法可以找到两个有效的差分故障位置,而SHACAL-2算法只有一个有效的差分故障位置.因此,从实施差分故障攻击的难易程度看,SHACAL-2*算法抵抗差分故障攻击的能力弱于SHACAL-2算法. 采用基于字的随机故障模型对SHACAL-2＊算法进行差分故障攻击,理论结果和实验数据都表明以超过60%的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97%的成功概率恢复512 bit的种子密钥需要204个随机故障。SHACAL-2＊算法可以找到两个有效的差分故障位置,而SHACAL-2算法只有一个有效的差分故障位置。因此,从实施差分故障攻击的难易程度看,SHACAL-2＊算法抵抗差分故障攻击的能力弱于SHACAL-2算法。 |
| Author | 沈璇 赵光耀 李超 |
| AuthorAffiliation | 国防科学技术大学理学院数学与系统科学系,长沙410073 |
| AuthorAffiliation_xml | – name: 国防科学技术大学理学院数学与系统科学系,长沙,410073 |
| Author_FL | ZHAO Guang-yao LI Chao SHEN Xuan |
| Author_FL_xml | – sequence: 1 fullname: SHEN Xuan – sequence: 2 fullname: ZHAO Guang-yao – sequence: 3 fullname: LI Chao |
| Author_xml | – sequence: 1 fullname: 沈璇 赵光耀 李超 |
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| DocumentTitleAlternate | Differential fault analysis on SHACAL-2 |
| DocumentTitle_FL | Differential fault analysis on SHACAL-2 |
| EndPage | 3124 |
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| Keywords | random fault model SHACAL-2 algorithm differential fault attack 差分故障攻击 SHACAL-2算法 随机故障模型 |
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| Notes | 51-1196/TP This paper used the technique of differential fault attack on the SHACAL- 2 ＊ based on word-oriented fault model. Both theoretical results and experimental data demonstrate that 160 random faults are needed to obtain 512 bit key with suc- cessful probability more than 60% , while 204 random faults are needed to obtain 512 bit key with successful probability more than 97%. The paper found two effective differential fault positions in the SHACAL-2＊ , while one could be found in the SHACAL-2. Therefore,according to the difficulty degree of carrying out differential fault attack, SHACAL-2＊ is weaker than SHACAL-2 in the aspect of resistance differential fault attack. SHEN Xuan, ZHAO Guang-yao, LI Chao （ Dept. of Mathematics ＆ Systems Science, College of Science, National University of Defense Technology, Changsha 410073, China ） random fault model ; SHACAL-2＊ algorithm ; differential fault attack |
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| Publisher | 国防科学技术大学理学院数学与系统科学系,长沙,410073 |
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| Snippet | 采用基于字的随机故障模型对SHACAL-2＊算法进行差分故障攻击,理论结果和实验数据都表明以超过60%的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97%的成功概率恢复512... TN918; 采用基于字的随机故障模型对SHACAL-2*算法进行差分故障攻击,理论结果和实验数据都表明以超过60％的成功概率恢复512 bit的种子密钥需要160个随机故障,以超过97％的成功概率恢复512... |
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| SubjectTerms | SHACAL-2＊算法 差分故障攻击 随机故障模型 |
| Title | SHACAL-2~＊算法的差分故障攻击 |
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