1) signcryption
签密
1.
Security analysis of two signcryption schemes;
两种签密方案的安全分析
2.
Multi-signcryption scheme based on RSA;
基于RSA的多重签密方案
3.
Identity authentication scheme based on signcryption in mobile Ad Hoc networks;
一种基于签密的移动自组网络身份认证方案
2) group signcryption
群签密
1.
ID-based designated recipient group signcryption scheme without trusted PKG;
无可信PKG的基于身份的指定接收者群签密方案
2.
New ACJT based generalized group signcryption;
基于ACJT的广义群签密方案
3.
This paper demonstrates a concrete attack to show that the MV group signcryption scheme fails to have unforgeability.
利用MV群签密方案的安全漏洞构造具体的攻击:给定一个有效的密文,接收方中任何一个成员都可以伪装成发送方的成员产生其它有效的密文,从而证明MV群签密方案不满足不可伪造性。
3) division of labor signature
分工签密
4) unsigncryption
解签密
1.
A(t,n)Threshold sharing unsigncryption scheme with CA based on the ECC is proposed,which combines the advantages of symmetric encryption algorithm,Shamir s threshold and Junn s scheme functions.
基于椭圆曲线提出一个带可信中心的(t,n)门限共享解签密方案。
5) threshold signature encryption
门限签密
1.
Authenticated (t, n) threshold signature encryption scheme with message linkage based on ECC;
基于ECC的有消息关联的可验证的(t,n)门限签密方案
2.
A new scheme of(t,n) threshold signature encryption based on ellipse curve cryptosystem was presented in this system.
提出了一个入侵容忍CA(Certificate Authority,认证中心)系统,在此系统中构造了一个基于椭圆曲线密码体制的(t,n)门限签密方案,该方案是数字签名和公钥加密的有机集成,不仅减少了系统的开销,并使得系统能探测故障服务器和克服签密合成者的欺骗。
6) multi-signcryption
多重签密
1.
This paper pointed out the weaknesses of the previous multi-signcryption schemes.
指出原有多重签密方案存在的缺陷,并提出一种新的基于RSA的多重签密方案。
2.
Based on identity and bilinear pairing on the Elliptic Curve,a new multi-signcryption scheme is proposed.
基于身份和椭圆曲线上双线性对,提出了一种新的多重签密方案。
3.
Multi-signcryption scheme is an extension of signcryption scheme for multi-signer performing together the signcryption operation on messages.
多重签密是签密的延伸。
补充资料：更签
1.即更筹。
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