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A New Digital Signature Scheme Based on Mandelbrot and Julia Fractal Sets | Science Publications

机译:基于Mandelbrot和Julia分形集的新数字签名方案科学出版物

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> This paper describes a new cryptographic digital signature scheme based on Mandelbrot and Julia fractal sets. Having fractal based digital signature scheme is possible due to the strong connection between the Mandelbrot and Julia fractal sets. The link between the two fractal sets used for the conversion of the private key to the public key. Mandelbrot fractal function takes the chosen private key as the input parameter and generates the corresponding public-key. Julia fractal function then used to sign the message with receiver's public key and verify the received message based on the receiver's private key. The propose scheme was resistant against attacks, utilizes small key size and performs comparatively faster than the existing DSA, RSA digital signature scheme. Fractal digital signature scheme was an attractive alternative to the traditional number theory digital signature scheme.
机译: >本文介绍了一种基于Mandelbrot和Julia分形集的新密码数字签名方案。由于Mandelbrot和Julia分形集之间的紧密联系,因此可以使用基于分形的数字签名方案。两个分形集之间的链接,用于将私钥转换为公钥。 Mandelbrot分形函数将所选的私钥作为输入参数,并生成相应的公钥。然后,Julia分形函数用于使用接收者的公钥对消息进行签名,并根据接收者的私钥验证收到的消息。与现有的DSA,RSA数字签名方案相比,所提出的方案具有抵抗攻击的能力,使用的密钥较小,并且执行速度相对较快。分形数字签名方案是传统数论数字签名方案的一种有吸引力的替代方案。

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