SU He-peng, ZHANG Sheng-bing. Design and Implementation of an Architecture of Multi-Scalar Multiplication for ECC Based on Binary Edwards Curves[J]. Microelectronics & Computer, 2011, 28(2): 98-102.
Citation: SU He-peng, ZHANG Sheng-bing. Design and Implementation of an Architecture of Multi-Scalar Multiplication for ECC Based on Binary Edwards Curves[J]. Microelectronics & Computer, 2011, 28(2): 98-102.

Design and Implementation of an Architecture of Multi-Scalar Multiplication for ECC Based on Binary Edwards Curves

  • Scalar and Multi-Scalar Multiplication are key points in the elliptic curve cryptography encryption system. This paper proposes and implements a new type of ECC scalar multiplier based on binary Edwards curves. Because of the completion of Edwards curves, this multiplier can be used to any point on the curve, without double or negative point exception. The implementation is quite simple, of high speed and of strong security against SCA attack.
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