Top
Back: ellipticAdd
Forward: ellipticRandomCurve
FastBack: atkins_lib
FastForward: hyperel_lib
Up: crypto_lib
Top: Singular Manual
Contents: Table of Contents
Index: Index
About: About this document

D.12.3.26 ellipticMult

Procedure from library crypto.lib (see crypto_lib).

Usage:
ellipticMult(N,a,b,P,k);

Return:
a list L representing the point k*P

Note:
P=(P[1]:P[2]:P[3]) a point on the elliptic curve defined by y^2z=x^3+a*xz^2+b*z^3 over Z/N

Example:
 


Top Back: ellipticAdd Forward: ellipticRandomCurve FastBack: atkins_lib FastForward: hyperel_lib Up: crypto_lib Top: Singular Manual Contents: Table of Contents Index: Index About: About this document
            User manual for Singular version 3-1-6, Dec 2012, generated by texi2html.