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On the Security of Public-key Cryptosystems Based on the Third-order LFSR Sequences over Finite Field GF(p)

机译:基于有限域GF(p)上三阶LFSR序列的公钥密码系统的安全性

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摘要

The security of a public key system whose trapdoor is based on the defined third-order Linear Feedback Shift-Register(LFSR) sequences over finite field GF(p) are investigated. It shows that the security of LFSR is polynomial-time equivalent to the generalized discrete logarithm problems. Thus, the security of a public-key encryption distribution scheme which proposed by Guang G. and Lein H. should be considered to be as secure as the Diffie-Hellman scheme.
机译:研究了其活门基于有限域GF(p)上定义的三阶线性反馈移位寄存器(LFSR)序列的公钥系统的安全性。结果表明,LFSR的安全性是多项式时间,等同于广义离散对数问题。因此,应当认为,Guang G.和Lein H.提出的公钥加密分发方案的安全性与Diffie-Hellman方案一样安全。

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