A new generic digital signature algorithm

J. Seberry, V. To, Dongvu Tonien
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引用次数: 2

Abstract

Abstract In this paper, we study two digital signature algorithms, the DSA and ECDSA, which have become NIST standard and have been widely used in almost all commercial applications. We will show that the two algorithms are actually ‘the same’ algebraically and propose a generic algorithm such that both DSA and ECDSA are instances of it. By looking at this special angle through the generic algorithm, we gain a new insight into the two algorithms DSA and ECDSA. Our new proposed digital signature algorithm is described generically using a group G and a map to Number : G → ℤ. As an illustration, we choose G to be a group of non-singular circulant matrices over finite field and describe a totally new concrete digital signature algorithm.
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一种新的通用数字签名算法
本文研究了两种数字签名算法,DSA和ECDSA,这两种算法已经成为NIST的标准,并被广泛应用于几乎所有的商业应用中。我们将证明这两种算法在代数上实际上是“相同的”,并提出一种通用算法,使DSA和ECDSA都是它的实例。通过通用算法从这个特殊的角度来看,我们对DSA和ECDSA这两种算法有了新的认识。我们提出的新数字签名算法使用群G和到数G→n的映射进行一般描述。作为说明,我们选择G为有限域上的一组非奇异循环矩阵,并描述了一种全新的具体数字签名算法。
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