Mathematics – Number Theory
Scientific paper
2009-05-11
Mathematics
Number Theory
To appear in the Israel Journal of Mathematics
Scientific paper
We present a randomized algorithm that on input a finite field $K$ with $q$ elements and a positive integer $d$ outputs a degree $d$ irreducible polynomial in $K[x]$. The running time is $d^{1+\epsilon(d)} \times (\log q)^{5+\epsilon(q)}$ elementary operations. The function $\epsilon$ in this expression is a real positive function belonging to the class $o(1)$, especially, the complexity is quasi-linear in the degree $d$. Once given such an irreducible polynomial of degree $d$, we can compute random irreducible polynomials of degree $d$ at the expense of $d^{1+\epsilon(d)} \times (\log q)^{1+\epsilon(q)}$ elementary operations only.
Couveignes Jean-Marc
Lercier Reynald
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