2010Unpublished venueRequires access

Hardware Architecture for Exponentiation Based on Square Root Extraction over GF(2m)

Han Weiwei, Debiao He

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Abstract

Square root extraction over GF(2m) is introduced and a new hardware architecture for exponentiation over GF(2m) based on the square root extraction is proposed. Compared with the classical square-and-multiply architecture, the proposed architecture is shown to calculate exponentiation with fewer cycles over GF(2m) in most cases.

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What this paper is about

Square root extraction over GF(2m) is introduced and a new hardware architecture for exponentiation over GF(2m) based on the square root extraction is proposed. Compared with the classical square-and-multiply architecture, the proposed architecture is shown to calculate exponentiation with fewer cycles over GF(2m) in most cases.

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Available abstract

Square root extraction over GF(2m) is introduced and a new hardware architecture for exponentiation over GF(2m) based on the square root extraction is proposed. Compared with the classical square-and-multiply architecture, the proposed architecture is shown to calculate exponentiation with fewer cycles over GF(2m) in most cases.

Key concepts: Exponentiation, Square root, Square (algebra), Architecture, Computer science, Mathematics, Discrete mathematics, Algorithm

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