This paper proposed a secure proxy signature scheme based on the security of logarithmic problem and one-way function.
基于离散对数问题和单向函数的安全性，提出了一个新的安全的代理签名方案。
Based on a one-way function, this paper proposed an authentication-doubled access control scheme for information protection system.
本文基于单向函数针对信息保密系统提出了一种双重认证的存取控制方案。
Under this definition, we design a concurrent equivocal commitment scheme and give a security proof. Our scheme is based on one-way function families.
我们设计出一个基于单向函数簇的并发歧义承诺方案，并进行了安全性证明。
Based on trapdoor one-way function, this paper presents a RSA -based probabilistic public-key algorithm with security and efficiency and the correctness of algorithm was proved.
根据单向陷门函数的陷门性质，文章设计了一种安全有效的基于RSA的概率公钥密码算法，并对其正确性进行了证明。
The trapdoor one-way function in NTRU is different from previous ones. Its one-wayness depends on the randomness of session keys, and decryption needs not any information about the session key.
NTRU公钥密码体制的陷门单向函数与以往的有所不同，其单向性依赖于会话密钥的随机性，且解密不需要知道有关随机会话密钥的任何信息。
The trapdoor one-way function in NTRU is different from previous ones. Its one-wayness depends on the randomness of session keys, and decryption needs not any information about the session key.
NTRU公钥密码体制的陷门单向函数与以往的有所不同，其单向性依赖于会话密钥的随机性，且解密不需要知道有关随机会话密钥的任何信息。
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