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differential cryptanalysis
Vertaling van "differential cryptanalysis" in Chinees
差分密码分析
差分分析
微分密码分析
Since differential cryptanalysis became public knowledge, it has become a basic concern of cipher designers.
自从差分密码分析进入公众视野，其就成了加密设计者的基本考量。
There are three attacks known that can break the full 16 rounds of DES with less complexity than a brute-force search: differential cryptanalysis (DC), linear cryptanalysis (LC), and Davies' attack.
有三种已知方法可以以小于暴力破解的复杂性破解DES的全部16回次：差分密码分析（DC），线性密码分析（LC），以及戴维斯攻击。
This attack, and all subsequent attacks are based on truncated differential cryptanalysis.
此次攻击及所有后续的攻击都是基于截断差分分析。
In 2013, Mouha and Preneel published a proof that 15 rounds of Salsa20 was 128-bit secure against differential cryptanalysis.
在2013年，Mouha和Preneel发布了一则证明，叙述使用15轮循环的Salsa20在128位的安全差分分析。
GDES was a DES variant proposed as a way to speed up encryption, but it was shown to be susceptible to differential cryptanalysis.
GDES则是一种速度较快的DES变体，但它对差分密码分析较敏感。
Differential cryptanalysis was rediscovered in the late 1980s by Eli Biham and Adi Shamir; it was known earlier to both IBM and the NSA and kept secret.
差分密码分析在1980年代晚期由艾力·毕汉姆和阿迪·萨莫尔重新发现；1970年代IBM和NSA便发现了这种方法，但没有公开。
Biham and Shamir report the first theoretical attack with less complexity than brute force: differential cryptanalysis.
毕汉姆和萨莫尔发布了第一个复杂性小于暴力破解的理论攻击方法：微分密码分析 。
1991 Biham and Shamir rediscover differential cryptanalysis, and apply it to a 15-round DES-like cryptosystem.
毕汉姆和萨莫尔重新发现了微分密码分析 ，并将之应用到了一个15位的类DES密码系统
In 1976, after consultation with the National Security Agency (NSA), the NBS eventually selected a slightly modified version (strengthened against differential cryptanalysis, but weakened against brute force attacks), which was published as an official Federal Information Processing Standard (FIPS) for the United States in 1977. The publication of an NSA-approved encryption standard simultaneously resulted in its quick international adoption and widespread academic scrutiny. Controversies arose out of classified design elements, a relatively short key length of the symmetric-key block cipher design, and the involvement of the NSA, nourishing suspicions about a backdoor.
数据加密标准 （英语：Data Encryption Standard ，縮寫為 DES）是一种對稱密鑰加密 块密码 演算法，1976年被美国 联邦政府的国家标准局 确定为联邦资料处理标准 （FIPS ） ， 随后在国际上广泛流传开来。 它基于使用56位密钥的对称算法 。 这个算法因为包含一些机密 设计元素，相对短的密钥长度 以及怀疑内含美國國家安全局 （NSA）的后门 而在开始时有争议，DES因此受到了强烈的学院派式的审查，并以此推动了现代的块密码 及其密码分析 的发展。
Improved Davies' attack: while linear and differential cryptanalysis are general techniques and can be applied to a number of schemes, Davies' attack is a specialized technique for DES, first suggested by Donald Davies in the eighties, and improved by Biham and Biryukov (1997).
改进的戴维斯攻击：线性和差分密码分析是针对很多算法的通用技术，而戴维斯攻击是一种针对DES的特别技术，在1980年代由唐纳德·戴维斯（Donald Davies）首先提出，并于1997年为毕汉姆和亚历克斯·比留科夫（Alex Biryukov）所改进。
Algebraic Truncated Differential Cryptanalysis of 5-Round Salsa20
5轮Salsa20的代数-截断差分攻击
According to author Steven Levy, IBM had discovered differential cryptanalysis on its own, and the NSA was apparently well aware of the technique.
作家史蒂芬·列维（英语：Steven＿Levy）表示，IBM的确独立发现了差分密码分析方法，显然NSA也知道这项技术。
The discovery of differential cryptanalysis is generally attributed to Eli Biham and Adi Shamir in the late 1980s, who published a number of attacks against various block ciphers and hash functions, including a theoretical weakness in the Data Encryption Standard (DES).
1980年代后期，诶利·比哈姆（英语：Eli＿Biham）和阿迪·萨莫尔发表了一系列针对多个块加密和哈希函数的攻击，包括对資料加密標準（DES）理论弱点的运用。
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Synoniemen voor differential cryptanalysis in het Engels
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