====== Framework for Research of ECDSA ======

**T. Davidovic**, M. Havlan, [[http://cs.felk.cvut.cz/webis/en/people/novotnym.html|M. Novotny]], [[http://cs.felk.cvut.cz/webis/en/people/schmidt.html|J. Schmidt]], and [[http://www.comtel.cz/cz/?s=kat&l=ShowPerson&kod=8|P. Bezpalec]]\\

Proceedings CD-ROM of [[http://kt.uniza.sk/pseskt/information/index_info.htm|Digital Technologies 2007, Zilina]]

{{:school:davidovic_dt2007:scheme.png?160}}

[{{school:davidovic_dt2007:davidovic_dt2007.bib|bib}}]
[{{school:davidovic_dt2007:davidovic_dt2007.pdf|paper}}]
[{{school:davidovic_dt2007:davidovic_dt2007.abstract.pdf|extended abstract}}]
[{{school:davidovic_dt2007:davidovic_dt2007.ppt|presentation}}]

**Abstract**: Asymmetric cryptography is 
still very interesting field of research. 
Several algorithms have been proposed 
as a competition to the RSA standard. In 
this paper we will describe one of these 
algorithms, based on Elliptic Curves. We 
will briefly describe the basics of Elliptic 
Curve Cryptography (ECC) and its variants 
using polynomial and normal basis and 
affine and projection coordinates. Further, 
we will describe our hardware framework 
used to evaluate all possible combina-
tions. To achieve this we implement inter-
changeable arithmetic units and micropro-
grammable controller.