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A Construction of Public Key Cryptosystem for Realizing Ciphertext of Size 100 Bit and Digital Signature Scheme

机译:实现100位密文和数字签名方案的公钥密码系统的构建。

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Extensive studies have been made of the public key cryptosystems based on multivariate polynomials. However most of the proposed public key cryptosystems of rate 1.0 based on multivariate polynomials, are proved not secure. In this paper, we propose several types of new constructions of public key cryptosystems based on two classes of randomly generated simultaneous equations, namely, a class based on bijective transformation and another class based on random transformation. One of the features of the proposed cryptosystems is that the sets of random simultaneous equations significantly improve the utilization factor of the transformation. We show an example of the proposed cryptosystem whose size of the ciphertext is only 100 bits.
机译:已经对基于多元多项式的公钥密码系统进行了广泛的研究。然而,事实证明,大多数建议的基于多元多项式的速率为1.0的公钥密码系统都不安全。在本文中,我们基于两类随机生成的联立方程,即基于双射变换的一类和基于随机变换的另一类,提出了几种新型的公钥密码系统构造。所提出的密码系统的特征之一是随机联立方程组显着提高了变换的利用率。我们显示了所提出的密码系统的示例,该密码系统的密文大小仅为100位。

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