Jan 14, 2013 · In this brief, we propose a highly parallel scheme to speed up the point multiplication for high-speed hardware implementation of ECC ...

Mar 11, 2013 · Abstract—Fast and high-performance computation of finite- field arithmetic is crucial for elliptic curve cryptography (ECC).

A highly parallel scheme to speed up the point multiplication for high-speed hardware implementation of ECC cryptoprocessor on Koblitz curves is proposed ...

In this brief, we propose a highly parallel scheme to speed up the point multiplication for high-speed hardware implementation of ECC cryptoprocessor on Koblitz ...

Point multiplication is required in every elliptic curve cryptosystem and its efficient implementation is essential. Koblitz curves are a family of curves ...

Abstract. We describe algorithms for point multiplication on Koblitz curves using multiple-base expansions of the form k = P ±τa(τ − 1)b.

We describe algorithms for point multiplication on Koblitz curves using multiple-base expansions of the form k = ∑±τ a (τ–1) b and k= ∑±τ...

Our main implementation result is a speed record for the unknown-point single-core scalar multiplication computation over the NIST-K283 curve in a little less ...

The proposed architecture of point multiplication on Koblitz curves has the fastest speed in comparison to the reported results. Point multiplication is the ...

We discuss implementation of point multiplication on Koblitz curves with parallel field multipliers. We present a novel parallelization method utilizing point ...