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Differential Properties of Elliptic Curves and Blind Signatures

机译:椭圆曲线和盲签名的微分性质

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摘要

Differential uniformity is an important property of cryptographic building blocks used in the design of symmetric ciphers. In this paper it is proved that certain canonical mappings on elliptic curves are differentially uniform. The main observation of this paper is that the impersonation attack against the implicit certificate scheme of Ateniese and de Medeiros does not work if a differentially uniform mapping is used in the scheme. This phenomenon is analyzed in the slightly more general context of a partially blind signature scheme, which is a new cryptographic primitive that seems to gain security properties from differentially uniform mappings.
机译:差分均匀性是在对称密码设计中使用的密码构造块的重要属性。在本文中,证明了椭圆曲线上的某些规范映射是微分一致的。本文的主要观察结果是,如果在方案中使用差分均匀映射,则对Ateniese和de Medeiros的隐式证书方案的模拟攻击将不起作用。这种现象是在部分盲签名方案的更为通用的上下文中进行分析的,该方案是一种新的密码原语,似乎从差分均匀映射中获得了安全性。

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