2019•IET Information SecurityOpen access

Division polynomial‐based elliptic curve scalar multiplication revisited

SrinivasaRao SubramanyaRao, Zhi Hong Hu, Chang‐An Zhao

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Abstract

Here, the authors provide a derivation of an improvement to Kanayama's elliptic curve scalar multiplication algorithm using division polynomials. In addition, they also provide experimental results and show that the improvement is useful when the elliptic curve under consideration is defined over large prime fields.

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What this paper is about

Here, the authors provide a derivation of an improvement to Kanayama's elliptic curve scalar multiplication algorithm using division polynomials. In addition, they also provide experimental results and show that the improvement is useful when the elliptic curve under consideration is defined over large prime fields.

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Available abstract

Here, the authors provide a derivation of an improvement to Kanayama's elliptic curve scalar multiplication algorithm using division polynomials. In addition, they also provide experimental results and show that the improvement is useful when the elliptic curve under consideration is defined over large prime fields.

Key concepts: Scalar multiplication, Division polynomials, Elliptic curve point multiplication, Mathematics, Schoof's algorithm, Division (mathematics), Hessian form of an elliptic curve, Elliptic curve

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