(Enter summary)
Abstract: We study the complexity of the basic computational problems in a finite
abelian group; i.e. we prove upper bounds for the number of operations necessary
to compute the order of an element, discrete logarithms, the order of
the group, the structure of the group, roots of an element. (Update)
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BibTeX entry: (Update)
J. Buchmann, S. Paulus, Algorithms for finite abelian groups, in preparation. http://citeseer.ist.psu.edu/buchmann93algorithms.html More
@misc{ buchmann-algorithms,
author = "J. Buchmann and S. Paulus",
title = "Algorithms for finite abelian groups",
text = "J. Buchmann, S. Paulus, Algorithms for finite abelian groups, in preparation.",
url = "citeseer.ist.psu.edu/buchmann93algorithms.html" }
Citations (may not include all citations):
40
Hermite Normal Form Computation using Modulo Determinant Ari.. (context) - Domich, Kannan et al. - 1987
24
A Theory of Factorization and Genera (context) - Shanks, Number - 1970
16
Handbook of theoretical computer science (context) - Lenstra, Lenstra et al. - 1990
2
Algorithmen fuer endliche abelsche Gruppen (context) - Paulus - 1992
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