The eHash Main Page
From The ECRYPT Hash Function Website<span style="display: none;">[[Image:Q:\pdf\Hattori2004ComplexityOfThe.pdf]][[Image:/test.pdf]][[Image:Q:\pdf\Dobbertin1997CryptanalysisOfMD4.pdf]]</span>
Contents 
1 List of Hash Functions
On this page you can find a collection of existing hash functions.
Collection of Cryptographic Hash Functions
2 Notation and Definition
3 Generic Attacks on Hash Functions
4 Some How Tos
4.1 Working with maths and Tex
We can write "normal" latex equation by using the math class. For instance the following code
<math> {\textbf x}_{t} = {\textbf f}({x}_{t1},{u}_{t1},{p}_{t1}) </math>
is displayed as
In order to use tex commands from the amsmath package we use the class amsmath. Automated numbering of equations works within a single amsmath environment. The class amsmath uses the tex template defined in /var/www/html/mediawiki/extensions/wikitex/wikitex.math.inc.tex
I changed the template such that we can define global commands. The template looks like
\documentclass[10pt]{article} \usepackage{amssymb,amsmath,amscd,concmath} % we can define whatever comments we would like to use for consistency. % of course we have to somewhere list this special commands (may be we can use % a pop up with editiing help or somkething similar % for instance: \newcommand{\rs}{\ensuremath{\gg}} %right shift >> \newcommand{\ls}{\ensuremath{\ll}} %left shift << \newcommand{\rr}{\ensuremath{\ggg}} %right rotate >>> \newcommand{\lr}{\ensuremath{\lll}} %left rotate <<< \pagestyle{empty} \begin{document} %value% \end{document}
For instance:
code fragment  displayed equation 

<amsmath> \begin{equation} a = \sum_{i=0}^{n}{2^i} \end{equation} </amsmath> 

%value% in textemplate is \begin{equation}...\end{equation} 
If we start a new amsmath environment then the equation numbering starts from counter=1 again. Start a new amsmath environment:
as we see both envrionments start with 1.
Note: to refer to an equation we will have to use a wiki link ...
If we use math inline then we have the following possibilities:
 Best know attack: 2^{63} by Wang et.al. using html:
2<sup>63</sup>
 Best know attack: by Wang et.al. using amsmath
<amsmath>\begin{displaymath}2^{63}\end{displaymath}</amsmath>
 Best know attack: 2^{63} by Wang et.al. using math
<math>2^{63}</math>
I think the first case looks best regarding the inline alignment. So I would suggest to use html for powers.
4.2 References and bibtex
Mitsuhiro HATTORI, Shoichi HIROSE, Susumu YOSHIDA  Complexity of the Collision and NearCollision Attack on SHA0 with Different Message Schedules
 Cryptology ePrint Archive, Report 2004/325, 2004
 [PDF] [Electronic Edition] [Bibtex] Author : Mitsuhiro HATTORI, Shoichi HIROSE, Susumu YOSHIDA
Title : Complexity of the Collision and NearCollision Attack on SHA0 with Different Message Schedules
In : Cryptology ePrint Archive, Report 2004/325 
 In Proceedings of Fast Software Encryption 2002, LNCS 2365, pp. 252262, Springer, 2002
 [PDF] [Bibtex] Author : Daewan Han, Sangwoo Park, Seongtaek Chee[Abstract]
Title : Cryptanalysis of the Modified Version of the Hash Function Proposed at PKC'98.
In : In Proceedings of Fast Software Encryption 2002 
 Journal of Cryptology11(4):253271, 1998
 [PDF] [Bibtex] Author : Hans Dobbertin
Title : {Cryptanalysis Of MD4}
In : Journal of Cryptology 
 CRC Press, 1997
 [Bibtex] Author : Alfred J. Menezes, Paul C. van Oorschot, Scott A. Vanstone
Title : {Handbook of Applied Cryptography}
In : 
4.3 About different skins
Every user can define his own skin. Nevertheless, it turnes out the the skin influences the alignment of inline amsmath environments. If we use the standard skin, namely MonoBook (default) then the alignment is pretty ok.
therefore, I suggest to keep this skin as default.
5 Getting started
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