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New Asymmetric Cipher Based On Matrix Power Function and Its Implementation in Microprocessors Efficiency Investigation

机译:基于矩阵幂函数的新型非对称密码及其在微处理器效率研究中的实现

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摘要

The efficiency of realization of a new asymmetric cipher in microprocessors is presented. The cipher is based on the matrix power function and therefore to the contrary of traditional asymmetric ciphers the computation with large numbers is avoided. Since microprocessors are widely used in embedded systems such as smart-cards and have restricted computational resources the development of effectively realizable cryptographic primitives is a very actual problem. The efficiency investigation of proposed cipher showed that it has a significant superiority with respect to the traditional asymmetric ciphers such as El-Gamal and elliptic curves.
机译:提出了在微处理器中实现新的非对称密码的效率。该密码基于矩阵幂函数,因此与传统的非对称密码相反,避免了使用大量数字进行计算。由于微处理器广泛用于诸如智能卡之类的嵌入式系统中,并且具有有限的计算资源,因此有效实现密码原语的开发是一个非常实际的问题。提出的密码效率研究表明,与传统的非对称密码(如El-Gamal和椭圆曲线)相比,它具有显着的优越性。

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