Based on the zero-knowledge proof protocol a new forward-secure digital signature scheme is proposed.
提出了一种基于零知识证明协议的前向安全数字签名的新方案。
This paper proposes a forward secure digital signature scheme based on bilinear pairings. It divides signature course into several periods.
在已有的概率签名方案的基础上提出了一种基于双线性映射的具有前向安全的概率签名方案。
Furthermore, a forward-secure threshold digital signature scheme is proposed.
此外还构造了一个具有前向安全性的门限数字签名方案。
On the basis of forward-security and the theory of digital signature, a forward-secure proxy signature scheme was presented.
该方案更新的密钥链是后向安全的 ，参与者提供的身份链也是后向安全的。
The scheme utilizes the theory and technology of forward-secure digital signature to guarantee that the loss is the lowest in the case that CA's signing secret key is compromised;
该方案利用前向安全数字签名理论和技术，保证了一个PKI系统在CA签名密钥泄露的情况下损失最小；在CA需要更换签名密钥时效率最高；
The scheme utilizes the theory and technology of forward-secure digital signature to guarantee that the loss is the lowest in the case that CA's signing secret key is compromised;
该方案利用前向安全数字签名理论和技术，保证了一个PKI系统在CA签名密钥泄露的情况下损失最小；在CA需要更换签名密钥时效率最高；
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