
E2 (cipher) - Wikipedia
In cryptography, E2 is a symmetric block cipher which was created in 1998 by NTT and submitted to the AES competition. Like other AES candidates, E2 operates on blocks of 128 bits, using a …
ent block ciphers including Camellia, an ISO/IEC standard cipher. In this paper, we focus on the key-recovery attacks on reduced-round E2-128/192 taking both.
[1405.6483] Integral Cryptanalysis of the Block Cipher E2
2014年5月26日 · Block cipher E2, designed and submitted by Nippon Telegraph and Telephone Corporation, is a first-round Advanced Encryption Standard candidate. It employs a Feistel …
E2 (cipher) | Crypto Wiki | Fandom
In cryptography, E2 is a block cipher which was created in 1998 by NTT and submitted to the AES competition. Like other AES candidates, E2 operates on blocks of 128 bits, using a key of 128, …
Impossible differential cryptanalysis on cipher E2 - Wei - 2014 ...
In this paper, we present a series of six-round impossible differential characteristics of E2 with/without initial transformation (IT)/ final transformation (FT) functions. Based on these …
E2 - A new 128-bit block cipher - 百度学术
This paper describes the design principles, the specification, and evaluations of a new 128-bit block cipher E2**, which was proposed to the AES (Advanced Encryption Standard) …
关于E2和Camllia密码算法 - UCAS
对NTT公司近两年先后推出的分组密码算法E2和Camellia的特点及设计技巧进行了详细讨论.首先,指出Camellia的FL和FL- 1 函数的特点,利用此可以对Camellia进行中间相遇攻击 ;其次讨论E2 …
About: E2 (cipher) - DBpedia Association
In cryptography, E2 is a symmetric block cipher which was created in 1998 by NTT and submitted to the AES competition. Like other AES candidates, E2 operates on blocks of 128 bits, using a …
E2 (cipher) - Alchetron, The Free Social Encyclopedia
2023年11月3日 · In cryptography, E2 is a symmetric block cipher which was created in 1998 by NTT and submitted to the AES competition. Like other AES candidates, E2 operates on blocks …
Impossible Differential Cryptanalysis on E2
2010年4月16日 · E2 is a 128-bit block cipher which employs Feistel structure and 2-round SPN in round function. It is an AES candidate and was designed by NTT. In the former publications, …
- 某些结果已被删除