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...r]]. He was the main designer of the [[SAFER (cipher)| SAFER]] series of [[block cipher]]s for [[Cylink]] corporation and, with his student [[Xuejia Lai]], co-desi

{{r|Block cipher modes of operation}} {{r|Block cipher}}

An attack on a [[block cipher]] in which the attacker can calculate possible values of the same intermedi

'''MARS''' is a [[block cipher]] designed by [[IBM]] as a candidate for the [[AES competition]]; it was ch

{{r|Block cipher}}

Methods of combining multiple block cipher operations to achieve a larger goal.

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A block cipher developed by Michael Jacobson Jr. and Klaus Huber for Deutsche Telekom.

A block cipher which was created in 1998 by NTT and submitted to the AES competition.

A block cipher that is a South Korean government standard.

A block cipher efficient in hardware implementations, designed by Chae Hoon Lim of Future

is a [[block cipher]] designed as a candidate for the [[AES competition]]; it did not make it i ...sty Pudding]], FROG is a [[Block cipher#Large block ciphers| variable size block cipher]] and a rather unorthodox design. It supports block sizes from 8 to 128 byt

Attacking a [[block cipher]] by creating a code book, collecting plaintext/ciphertext pairs.

...Wollongong]]. Her work has included the [[LOKI (cipher)|LOKI]] family of [[block cipher]]s and the [[HAVAL]] family of [[cryptographic hash]] algorithms.

A block cipher that was IBM's submission to the Advanced Encryption Standard process.

A [[cryptographer]] specializing in [[block cipher]] design and analysis at [[Queens University]] in [[Canada]].

| title = Twofish: A 128-Bit Block Cipher is a [[block cipher]] from [[Bruce Schneier]]'s company [[Counterpane]]. It was designed as a c

* [[Hasty Pudding (cipher)|Hasty Pudding]], a variable block size [[Block cipher#Whitening_and_tweaking|tweakable]] cipher * the 512-bit AES-like block cipher used in the [[Hash_(cryptography)#Whirlpool|Whirlpool]] hash algorithm, cal

is a [[block cipher]] that was a candidate in the [[AES competition]]; it did not make it into | title = DEAL - A 128-bit Block Cipher

A block cipher developed by the Korean Information Security Agency, used broadly throughou

{{r|Block cipher}}

A [[block cipher]] designed by [[James Massey]] and [[Xuejia Lai]] in 1991, intended as a re

{{r|Block cipher modes of operation}} {{r|Block cipher}}

{{r|Block cipher}}

A block cipher which was a finalist in the Advanced Encryption Standard (AES) contest, des

A US government standard issued in 2002 for a stronger [[block cipher]] to succeed the earlier [[Data Encryption Standard]].

'''E2''' is a [[block cipher]] from [[Nippon Telephone and Telegraph]]. It was candidate in the [[AES co | title = Cryptanalysis of a Reduced Version of the Block Cipher E2

{{r|Block cipher modes of operation}} {{r|Block cipher}}

A block cipher designed by Bruce Schneier and others which was a finalist in the competiti

The study of symmetric-key ciphers involves the study of [[block cipher]]s and [[stream cipher]]s and their applications. ...put a block of ciphertext of the same size. Block ciphers are used in a [[Block cipher modes of operation|mode of operation]] to implement a cryptosystem.

A block cipher developed by the U.S. National Security Agency (NSA); initially classified,

'''Serpent''' is a [[block cipher]] designed by an international team of well-known researchers — [[Ros Serpent is an [[Block cipher#SP network | SP network]] with 32 rounds. It uses eight 4 by 4 S-boxes, but

A block cipher derived from the Data Encryption Standard (DES), from a design proposed in

{{r|Block cipher}}

The '''GOST cipher''' was a standard [[block cipher]] in the [[Soviet Union]]. GOST was a Soviet national standards body. There resembles [[Data Encryption Standard| DES]] in some ways; it is an iterated [[block cipher]] with a [[Feistel cipher|Feistel structure]] using eight S-boxes in the F

A block cipher which was created in 1998 by a group of researchers from École Normale Sup

[[Cryptographer]] and main designer of SAFER [[block cipher]]s, and, with student [[Xuejia Lai]], co-designer of the [[International Da

{{r|Block cipher}}

{{r|Block cipher}}

...on run by the US National Institute of Standards and Technology to chose a block cipher to become the Advanced Encryption Standard.

...st-known work was as co-designer with [[Vincent Rijmen]] of the Rijndael [[block cipher]] which won the [[AES competition]] to become the [[Advanced Encryption Sta

A block cipher notable for its simplicity of description and implementation (typically a f

A [[block cipher]] invented by Joan Daemen and Vincent Rijmen, and a forerunner to the [[Rij

'''SEED''' is a [[block cipher]] developed by the [[Korean Information Security Agency]] (KISA) and widely

...apher]] who teaches at [[Queens University]] in Canada. His specialty is [[block cipher]] design and analysis; he has published extensively in that area. ...e = 1985 }} </ref>. This is a strong version of the requirement for good [[Block cipher#Avalanche|avalanche properties]] in block ciphers; complementing any single

There are other RFCs covering [[block cipher modes of operation]] and how these ciphers should be used in protocols such ...Gutmann]], 973 slides in twelve sections, PDF format. Section two has the block cipher overview.

{{r|Block cipher}}

'''RC2''' was a [[block cipher]] designed in 1987 for [[Lotus Corporation]] for use in their [[Lotus Notes '''RC5''' is a [[block cipher]] with 64-bit blocks, one of the [[Block_cipher#DES_and_alternatives|DES ge

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A block cipher specification issued by the U.S. government in 1976, intended for sensitive