|
目录
摘要......................................................................1
Abstract..................................................................2
第一章 引言...............................................................3
第二章 数字签名...........................................................4
2.1数字签名的原理.........................................................4
2.2数字签名的实现.........................................................5
2.3数字签名的特征.........................................................5
2.4数字签名的算法.........................................................5
2.4.1 DES算法.............................................................5
2.4.2 RSA算法.............................................................6
2.5数字签名的功能.........................................................6
2.6数字签名的发展.........................................................7
第三章
新方案的相关技术知识...............................................8
3.1
单向Hash函数..........................................................8
3.2抗抵赖和数字签名.......................................................9
3.3
指定的确认者签名......................................................9
第四章 具有指定接收人恢复消息的抗抵赖的数字签名方案.......................9
4.1
新方案的提出..........................................................9
4.2
新方案的介绍.........................................................10
4.3新方案的安全性........................................................11
第五章
总结..............................................................12
致谢.....................................................................13
参考文献.................................................................14
[1]
李继国等，具有指定接收组（t，n）门限共享验证签名的加密方案，电子学报，2003.7
[2]赖溪松，韩亮，张真诚著；张玉清，肖国镇改编《计算机密码学及其应用》
国防工业出版社
[3]
S. Araki, S. Uehara, K. Imamura, The limited verifier signature and
its application. IEICE Transactions on Fundamentals.
E82-A(1),(1999)63-68.
[4]ElGamal, T., 1985. A public key craptosystem and a signature
scheme Based on
discrete logarithms.
TEEE Transactions on Information Theory IT-32(4),468-472.
[5]
T.S. Wu, C.L. Hsu, Convertible authenticated encryption scheme. The
Journal of Systems and Software. 62(2002),205-209.
[6]
H. Y. Chin, Digital signature with message recovery using
self-certified public keys and its variants, Applied Mathematics and
Computation 136(2003)203-214
[7]
Horster, P.,Michel,M.,Peterson,H,1994. Authenticated encryption
schemes with low
communication costs.
Electronics letters 30(15),1212-1213.
[8]
Zheng. Y., 1997b.Signcryption and its applications in efficient
public key solutions. In:Advances in Information Security Workshop
(ISW’97). Springer. New York,pp.291-312.
|
