数字签名标准

数字签名标准（DSS）的理论研究与实现

Theory of Digital Signature Standard Technology and Its Applications

所采用的前向安全技术同样适用于数字签名标准（DSS）。

The method of forward security can also be applied to the Digital Signature Standard .

基于数字签名标准的可验证的签名共享方案

Verifiable Signature Sharing Scheme Based on the Digital Signature Standard

509标准证书的发放和管理以及相关的安全通信协议、S/MIME邮件加密协议、PKCS7数字签名标准等。

It realizes the management of certificate , the safety communication protocol , the S / MIME mail encryption protocol , the PKCS # 7 standard , etc.

椭圆曲线密码体制有安全性能高、计算量小、速度快、占用空间小、带宽要求低等一系列优点，己逐渐被各大国际标准组织采纳为公钥密码和数字签名标准。

Elliptic curve cryptosystem has the advantages of height security , small computational complexity , high speed , small space and limited band width , and has been adopted as public key cryptography and digital signature standard by several international standard organization .

数字签名应用标准化初步模型

Preparatory Standardization Model of Digital Signature Application

数字签名和数字签名标准

Digital Signature and Digital Signature Standard

1991年，NIST提出了基于EIGamal的数字签名方案的数字签名标准（DSS）及其算法标准（DSA）。

In 1991 , the NIST put forward the digital signature standard ( DSS ) and digital signature algorithm ( DSA ) .

本论文的研究指出椭圆曲线数字签名算法（ECDSA）与美国数字签名标准一样也存在着同样特点的阈下信道。

The existence of the subliminal channel for the Elliptic Curve Digital Signatures Algorithm ( ECDSA ) was pointed out in this thesis .