Bessel process - Revision history

en>Brirush: Sectionifying

2014-11-22T14:26:34Z

Sectionifying

← Older revision		Revision as of 16:26, 22 November 2014
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	~~{{Multiple issues~~		Wilber Berryhill is the title his mothers and fathers gave him and he totally digs that name. Mississippi is exactly where her home is but her spouse wants them to transfer. What me and my family members adore is bungee jumping but I've been using on new issues recently. Distributing manufacturing is exactly where her main earnings arrives from.<br><br>My page :: [http://bigpolis.com/blogs/post/6503 accurate psychic predictions]
	~~\|refimprove = April 2011~~
	~~\|orphan = February 2009~~
	~~\|context = October 2009~~
	~~\|no footnotes = April 2011}}~~

	~~'''MASH-1''' ('''Modular Arithmetic Secure Hash''')~~ is ~~a [[hash function]] based on [[modular arithmetic]].~~

	~~== History ==~~
	~~Despite many proposals, few hash functions based on modular arithmetic have withstood attack,~~ and ~~most~~ that ~~have tend~~ to ~~be relatively inefficient. MASH-1 evolved from a long line of related proposals successively broken and repaired.~~

	~~== Standard ==~~
	~~Committee Draft ISO/IEC 10118-4 (Nov 95)~~

	~~== Description ==~~
	~~MASH-1 involves use of an [[RSA (algorithm)\|RSA]]-like modulus M, whose bitlength affects the security~~. ~~M should be difficult to [[factorization\|factor]],~~ and ~~for M of unknown factorization, the security~~ is ~~based in part~~ on ~~the difficulty of extracting modular roots~~. ~~M also determines the block size for processing messages.~~

	~~== MASH-2 ==~~
	~~There~~ is ~~a new version of the algorithm called MASH-2 with a different exponent~~. ~~The original~~ <~~math~~>~~e=2~~</~~math> is replaced by <math>e=2^8+1<~~/~~math>~~.

	~~== References ==~~
	* [[Alfred Menezes\|A. Menezes]], P. van Oorschot, [[Scott Vanstone\|S. Vanstone]], ''Handbook of Applied Cryptography'', ISBN 0-8493-8523-7

	~~[[Category:Cryptographic hash functions]~~]


	~~{{crypto-stub}}~~

en>Bender235 at 15:54, 3 August 2013

2013-08-03T15:54:50Z

← Older revision		Revision as of 17:54, 3 August 2013
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	~~She~~ is ~~known by over the counter std test~~ - ~~[http://immbooks~~.~~com~~/~~blogs/post/44599 just click~~ the ~~following internet site~~], ~~name~~ of ~~Myrtle Shryock~~. ~~I utilized to be unemployed but now I am a librarian and~~ the ~~wage has been really satisfying~~. ~~To gather cash~~ is 1 of the ~~things I love most~~. ~~South Dakota~~ is ~~where me and my spouse live~~.		{{Multiple issues
			\|refimprove = April 2011
			\|orphan = February 2009
			\|context = October 2009
			\|no footnotes = April 2011}}

			'''MASH-1''' ('''Modular Arithmetic Secure Hash''') is a [[hash function]] based on [[modular arithmetic]].

			== History ==
			Despite many proposals, few hash functions based on modular arithmetic have withstood attack, and most that have tend to be relatively inefficient. MASH-1 evolved from a long line of related proposals successively broken and repaired.

			== Standard ==
			Committee Draft ISO/IEC 10118-4 (Nov 95)

			== Description ==
			MASH-1 involves use of an [[RSA (algorithm)\|RSA]]-like modulus M, whose bitlength affects the security. M should be difficult to [[factorization\|factor]], and for M of unknown factorization, the security is based in part on the difficulty of extracting modular roots. M also determines the block size for processing messages.

			== MASH-2 ==
			There is a new version of the algorithm called MASH-2 with a different exponent. The original <math>e=2</math> is replaced by <math>e=2^8+1</math>.

			== References ==
			* [[Alfred Menezes\|A. Menezes]], P. van Oorschot, [[Scott Vanstone\|S. Vanstone]], ''Handbook of Applied Cryptography'', ISBN 0-8493-8523-7

			[[Category:Cryptographic hash functions]]


			{{crypto-stub}}

2001:DA8:7000:E:D808:8682:D218:5CC9 at 06:34, 31 July 2012

2012-07-31T06:34:05Z

New page

She is known by over the counter std test - [http://immbooks.com/blogs/post/44599 just click the following internet site], name of Myrtle Shryock. I utilized to be unemployed but now I am a librarian and the wage has been really satisfying. To gather cash is 1 of the things I love most. South Dakota is where me and my spouse live.