I have the elliptic curve $E: y^2=x^3+x$ defined over a field $F_q$ with $q=p^2$ for a certain prime $p$, and want to calculate the $l$-torsion points, or in other words $E[l]$, for an integer $l$ (probably a prime different from $p$.)
1 | initial version |
I have the elliptic curve $E: y^2=x^3+x$ defined over a field $F_q$ with $q=p^2$ for a certain prime $p$, and want to calculate the $l$-torsion points, or in other words $E[l]$, for an integer $l$ (probably a prime different from $p$.)
2 | retagged |
I have the elliptic curve $E: y^2=x^3+x$ defined over a field $F_q$ with $q=p^2$ for a certain prime $p$, and want to calculate the $l$-torsion points, or in other words $E[l]$, for an integer $l$ (probably a prime different from $p$.)