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- MD6 abstract "The MD6 Message-Digest Algorithm is a cryptographic hash function. It uses a Merkle tree-like structure to allow for immense parallel computation of hashes for very long inputs. Authors claim a performance of 28 cycles per byte for MD6-256 on an Intel Core 2 Duo and provable resistance against differential cryptanalysis. The source code of the reference implementation was released under MIT license.Speeds in excess of 1 GB/s have been reported to be possible for long messages on 16-core CPU architecture.The design of Merkle tree is based on the claims from Intel describing the future of hardware processors with tens and thousands of cores instead of the conventional uni-core systems. With this in mind, Merkle tree hash structures exploit full potential of such hardware while being appropriate for current uni/dual core architectures.In December 2008, Douglas Held of Fortify Software discovered a buffer overflow in the original MD6 hash algorithm's reference implementation. This error was later made public by Ron Rivest on 19 February 2009, with a release of a corrected reference implementation in advance of the Fortify Report.MD6 was submitted to the NIST SHA-3 competition. However, on July 1, 2009, Rivest posted a comment at NIST that MD6 is not yet ready to be a candidate for SHA-3 because of speed issues, a \"gap in the proof that the submitted version of MD6 is resistant to differential attacks\", and an inability to supply such a proof for a faster reduced-round version, although Rivest also stated at the MD6 website that it is not withdrawn formally. MD6 did not advance to the second round of the SHA-3 competition. In September 2011, a paper presenting an improved proof that MD6 and faster reduced-round versions are resistant to differential attacks was posted to the MD6 website.The algorithm's first known production use was in the Conficker.B worm in December 2008; the worm's authors subsequently updated Conficker with the corrected implementation once the buffer overflow vulnerability became known.".
- MD6 wikiPageExternalLink md6.
- MD6 wikiPageExternalLink md6_report.pdf.
- MD6 wikiPageID "19649984".
- MD6 wikiPageLength "5204".
- MD6 wikiPageOutDegree "23".
- MD6 wikiPageRevisionID "705088827".
- MD6 wikiPageWikiLink Buffer_overflow.
- MD6 wikiPageWikiLink Category:NIST_hash_function_competition.
- MD6 wikiPageWikiLink Comparison_of_cryptographic_hash_functions.
- MD6 wikiPageWikiLink Conficker.
- MD6 wikiPageWikiLink Cryptographic_hash_function.
- MD6 wikiPageWikiLink Cycles_per_byte.
- MD6 wikiPageWikiLink Differential_cryptanalysis.
- MD6 wikiPageWikiLink Fortify_Software.
- MD6 wikiPageWikiLink Intel.
- MD6 wikiPageWikiLink Intel_Core.
- MD6 wikiPageWikiLink MD2_(cryptography).
- MD6 wikiPageWikiLink MD4.
- MD6 wikiPageWikiLink MD5.
- MD6 wikiPageWikiLink MIT_License.
- MD6 wikiPageWikiLink Merkle_tree.
- MD6 wikiPageWikiLink NIST_hash_function_competition.
- MD6 wikiPageWikiLink Reference_implementation.
- MD6 wikiPageWikiLink Ron_Rivest.
- MD6 wikiPageWikiLink Source_code.
- MD6 wikiPageWikiLinkText "MD6".
- MD6 designers "Ronald Rivest, Benjamin Agre, Dan Bailey, Sarah Cheng, Christopher Crutchfield, Yevgeniy Dodis, Kermin Fleming, Asif Khan, Jayant Krishnamurthy, Yuncheng Lin, Leo Reyzin, Emily Shen, Jim Sukha, Eran Tromer, Yiqun Lisa Yin".
- MD6 name "MD6".
- MD6 publishDate "2008".
- MD6 rounds "Variable. Default, Unkeyed=40+[d/4], Keyed=max".
- MD6 series "MD2, MD4, MD5, MD6".
- MD6 structure "Merkle tree".
- MD6 wikiPageUsesTemplate Template:Crypto-stub.
- MD6 wikiPageUsesTemplate Template:Cryptography_navbox.
- MD6 wikiPageUsesTemplate Template:Infobox_cryptographic_hash_function.
- MD6 wikiPageUsesTemplate Template:Other_uses.
- MD6 wikiPageUsesTemplate Template:Reflist.
- MD6 subject Category:NIST_hash_function_competition.
- MD6 hypernym Function.
- MD6 type Disease.
- MD6 type Algorithm.
- MD6 type Function.
- MD6 type Redirect.
- MD6 comment "The MD6 Message-Digest Algorithm is a cryptographic hash function. It uses a Merkle tree-like structure to allow for immense parallel computation of hashes for very long inputs. Authors claim a performance of 28 cycles per byte for MD6-256 on an Intel Core 2 Duo and provable resistance against differential cryptanalysis.".
- MD6 label "MD6".
- MD6 sameAs Q2031069.
- MD6 sameAs ام_دی_۶.
- MD6 sameAs MD6.
- MD6 sameAs m.04n0t90.
- MD6 sameAs MD6.
- MD6 sameAs Q2031069.
- MD6 wasDerivedFrom MD6?oldid=705088827.
- MD6 isPrimaryTopicOf MD6.