We obtain explicit formulas for the number of nonisomorphic elliptic curves with a given group structure (considered as an abstract abelian group) and the number of distinct group structures of all elliptic curves over a finite field. We use these formulas to derive some asymptotic estimates and tight upper and lower bounds for various counting functions related to classification of elliptic curves according to their group structure. Finally, we present results of some numerical tests that exhibit several interesting phenomena in the distribution of group structures.10 page(s
The paper describes the implementation of the Algorithm of Atkin and Elkies for computing the group ...
Given an elliptic curve E and a positive integer N, we consider the problem of counting the number o...
Bachet elliptic curves are the curves y(2) = x(3) + a(3) and, in this work, the group structure E(F-...
We study the collection of group structures that can be realized as a group of rational points on an...
We study the collection of group structures that can be realized as a group of rational points on a...
We study the collection of group structures that can be realized as a group of rational points on a...
Senior Project submitted to The Division of Science, Mathematics and Computing of Bard College
We show that an algorithm of V. Miller to compute the group structure of an elliptic curve over a pr...
In this thesis, we give a brief survey on elliptic curves over finite fields, complex multiplication...
We give explicit formulas for the number of distinct elliptic curves over a finite field (up to isom...
This thesis provides a self-contained introduction to elliptic curves accessible to advanced underg...
The determination of which finite abelian groups can occur as the torsion subgroup of an elliptic cu...
Abstract. Letting p vary over all primes and E vary over all elliptic curves over the finite field F...
peer reviewedThe paper describes the implementation of the Algorithm of Atkin and Elkies for computi...
Abstract. Letting p vary over all primes and E vary over all elliptic curves over the nite eld Fp, w...
The paper describes the implementation of the Algorithm of Atkin and Elkies for computing the group ...
Given an elliptic curve E and a positive integer N, we consider the problem of counting the number o...
Bachet elliptic curves are the curves y(2) = x(3) + a(3) and, in this work, the group structure E(F-...
We study the collection of group structures that can be realized as a group of rational points on an...
We study the collection of group structures that can be realized as a group of rational points on a...
We study the collection of group structures that can be realized as a group of rational points on a...
Senior Project submitted to The Division of Science, Mathematics and Computing of Bard College
We show that an algorithm of V. Miller to compute the group structure of an elliptic curve over a pr...
In this thesis, we give a brief survey on elliptic curves over finite fields, complex multiplication...
We give explicit formulas for the number of distinct elliptic curves over a finite field (up to isom...
This thesis provides a self-contained introduction to elliptic curves accessible to advanced underg...
The determination of which finite abelian groups can occur as the torsion subgroup of an elliptic cu...
Abstract. Letting p vary over all primes and E vary over all elliptic curves over the finite field F...
peer reviewedThe paper describes the implementation of the Algorithm of Atkin and Elkies for computi...
Abstract. Letting p vary over all primes and E vary over all elliptic curves over the nite eld Fp, w...
The paper describes the implementation of the Algorithm of Atkin and Elkies for computing the group ...
Given an elliptic curve E and a positive integer N, we consider the problem of counting the number o...
Bachet elliptic curves are the curves y(2) = x(3) + a(3) and, in this work, the group structure E(F-...