1) signature algorithm
签名算法
1.
ECDSA(elliptic curve digital signature algorithm) is regarded as the world standard elliptic curve signature algorithm,and there are some other related signature algorithms,likewise the format of "kP±lQ" is adopted in all these algorithms,and scalar multiplication should be done twice.
从签名方程出发,推导出一组椭圆曲线签名验证算法,这些算法在验证步骤中,采用±的形式,只运用了一次标题乘运算,而目前国际上公认的椭圆曲线签名算法为ECDSA算法,也还有一些相关的签名算法,这些算法在验证步骤中都采用kP±lQ的形式,需要计算两次标题乘运算。
2) DSA signature algorithm
DSA签名算法
3) digital signature algorithm
数字签名算法
1.
A new computational method based on the Montgomery method was developed to reduce the computations for kP+lQ in the verification process of the elliptic curve digital signature algorithm.
为减少在椭圆曲线数字签名算法验证过程中需完成的 k P+l Q的计算量 ,该文在分析 Mont-gom ery方法的基础上 ,将计算 k P和计算 l Q的流程结合在一起 ,提出了一种计算多倍点运算 k P+l Q的新算法 ,使椭圆曲线数字签名算法中验证签名所需的计算量减少了2 5 %。
2.
The elliptic curve cryptosystem(ECC) and the elliptic curve digital signature algorithm(ECDSA) are described in the paper,then design of ECDSA software system is presented and implement of it is achieved by C language.
阐述椭圆曲线密码体制和椭圆曲线数字签名算法的原理,给出椭圆曲线数字签名软件系统的设计,并用C语言进行实现。
4) signcryption algorithm
签名加密算法
1.
Combined Tate pairing defined on elliptic curves with hybrid cryptosystem,a new signcryption algorithm is introduced in this paper.
结合椭圆曲线上的Tate配对和混合加密体制,提出了一种新的签名加密算法,它集密钥交换、数字签名和数据加、解密功能于一体;针对短信息系统自身的特点,基于该算法提出了一种适用于短信息系统的加密方案,能完全抵抗生日攻击,既安全又实用。
5) ID-based signatures
基于ID签名算法
1.
In this paper a security routing protocol is proposed based on ID-based signatures from pairings on elliptic curves,which can reduce the network overhead effectively.
论文提出了一种基于ID签名算法的安全路由协议可以有效减少网络开销,仿真结果表明在网络开销和路由发现延迟方面明显优于ARAN。
6) ECDSA
数字签名算法
1.
Serial Number Software Protection Scheme Based on ECDSA;
基于椭圆曲线数字签名算法的序列号软件保护方案
2.
Combined the technique of ECDSA , watermark and mobile USBkey, the digital seal signature system is researched in detail, and a new method about the combination between digital signature and watermark is put forward, and thesystem will have a significance in pra.
综合椭圆曲线公钥体制下的数字签名算法(EC-DSA)、数字水印技术和移动的USBkey技术,研究了用于网络信息身份认证的电子签章系统,并引入一种实用的签名与水印相结合的新方法,此系统的研究有着较为实际的应用意义。
补充资料：签名
1.写上自己的姓名。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条