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- M6_(cipher) abstract "In cryptography, M6 is a block cipher proposed by Hitachi in 1997 for use in the IEEE 1394 FireWire standard. The design allows some freedom in choosing a few of the cipher's operations, so M6 is considered a family of ciphers.The algorithm operates on blocks of 64 bits using a 10-round Feistel networkstructure. The key size is 40 bits by default, but can be up to 64 bits. The key schedule is very simple, producing two 32-bit subkeys: the high 32 bits of the key, and the sum mod 232 of this and the low 32 bits.Because its round function is based on rotation and addition, M6 was one of the first ciphersattacked by mod n cryptanalysis. Mod 5, about 100 known plaintexts suffice to distinguish the output from a pseudorandom permutation. Mod 257, information about the secret key itself is revealed. One known plaintext reduces the complexity of a brute force attack to about 235 trial encryptions; "a few dozen" known plaintexts lowers this number to about 231. Due to its simple key schedule, M6 is also vulnerable to a slide attack, which requires more known plaintext but less computation.".
- M6_(cipher) wikiPageExternalLink slide-fse99-pre.ps.
- M6_(cipher) wikiPageExternalLink paper-mod3.html.
- M6_(cipher) wikiPageID "8566626".
- M6_(cipher) wikiPageLength "2691".
- M6_(cipher) wikiPageOutDegree "27".
- M6_(cipher) wikiPageRevisionID "482743907".
- M6_(cipher) wikiPageWikiLink Alex_Biryukov.
- M6_(cipher) wikiPageWikiLink Block_cipher.
- M6_(cipher) wikiPageWikiLink Bruce_Schneier.
- M6_(cipher) wikiPageWikiLink Brute-force_attack.
- M6_(cipher) wikiPageWikiLink Brute_force_attack.
- M6_(cipher) wikiPageWikiLink Category:Broken_block_ciphers.
- M6_(cipher) wikiPageWikiLink Category:Feistel_ciphers.
- M6_(cipher) wikiPageWikiLink Cryptography.
- M6_(cipher) wikiPageWikiLink David_A._Wagner.
- M6_(cipher) wikiPageWikiLink Fast_Software_Encryption.
- M6_(cipher) wikiPageWikiLink Feistel_cipher.
- M6_(cipher) wikiPageWikiLink FireWire.
- M6_(cipher) wikiPageWikiLink Hitachi.
- M6_(cipher) wikiPageWikiLink Hitachi,_Ltd..
- M6_(cipher) wikiPageWikiLink IEEE_1394.
- M6_(cipher) wikiPageWikiLink John_Kelsey_(cryptanalyst).
- M6_(cipher) wikiPageWikiLink Key_(cryptography).
- M6_(cipher) wikiPageWikiLink Key_schedule.
- M6_(cipher) wikiPageWikiLink Key_size.
- M6_(cipher) wikiPageWikiLink M8_(cipher).
- M6_(cipher) wikiPageWikiLink Mod_n_cryptanalysis.
- M6_(cipher) wikiPageWikiLink PDF.
- M6_(cipher) wikiPageWikiLink Portable_Document_Format.
- M6_(cipher) wikiPageWikiLink PostScript.
- M6_(cipher) wikiPageWikiLink Pseudorandom_permutation.
- M6_(cipher) wikiPageWikiLink Rome.
- M6_(cipher) wikiPageWikiLink Slide_attack.
- M6_(cipher) wikiPageWikiLink Springer-Verlag.
- M6_(cipher) wikiPageWikiLink Springer_Science+Business_Media.
- M6_(cipher) wikiPageWikiLinkText "M6 (cipher)".
- M6_(cipher) wikiPageWikiLinkText "M6".
- M6_(cipher) blockSize "64".
- M6_(cipher) cryptanalysis "Mod n cryptanalysis: 1 known plaintext allows to recover the key with about 235 trial encryptions; "a few dozen" known plaintexts reduces this to about 231".
- M6_(cipher) derivedTo M8_(cipher).
- M6_(cipher) designers Hitachi.
- M6_(cipher) designers Hitachi,_Ltd..
- M6_(cipher) hasPhotoCollection M6_(cipher).
- M6_(cipher) keySize "40".
- M6_(cipher) name "M6".
- M6_(cipher) publishDate "1997".
- M6_(cipher) rounds "10".
- M6_(cipher) structure Feistel_cipher.
- M6_(cipher) wikiPageUsesTemplate Template:About.
- M6_(cipher) wikiPageUsesTemplate Template:Cite_conference.
- M6_(cipher) wikiPageUsesTemplate Template:Cite_paper.
- M6_(cipher) wikiPageUsesTemplate Template:Crypto-stub.
- M6_(cipher) wikiPageUsesTemplate Template:Cryptography_navbox.
- M6_(cipher) wikiPageUsesTemplate Template:Hitachi.
- M6_(cipher) wikiPageUsesTemplate Template:Infobox_block_cipher.
- M6_(cipher) subject Category:Broken_block_ciphers.
- M6_(cipher) subject Category:Feistel_ciphers.
- M6_(cipher) hypernym Cipher.
- M6_(cipher) comment "In cryptography, M6 is a block cipher proposed by Hitachi in 1997 for use in the IEEE 1394 FireWire standard. The design allows some freedom in choosing a few of the cipher's operations, so M6 is considered a family of ciphers.The algorithm operates on blocks of 64 bits using a 10-round Feistel networkstructure. The key size is 40 bits by default, but can be up to 64 bits.".
- M6_(cipher) label "M6 (cipher)".
- M6_(cipher) sameAs m.02784fh.
- M6_(cipher) sameAs Q6713909.
- M6_(cipher) sameAs Q6713909.
- M6_(cipher) wasDerivedFrom M6_(cipher)?oldid=482743907.
- M6_(cipher) isPrimaryTopicOf M6_(cipher).