1) forgery attack
伪造签名攻击
1.
Two forgery attacks and their corresponding conspiracy attacks are proposed against the(t,n) threshold signature scheme without a trusted party worked out by Wang Bin and Li Jian-hua(the WL Scheme for short).
针对王斌和李建华的无可信中心(t,n)门限签名方案(简称王-李方案),给出两种伪造签名攻击及相应的合谋攻击。
2.
The results show that the proposed scheme can not only resist conspiracy attacks and forgery attacks essentially,but also provide anonymity and traceability simultaneously.
结果表明:该方案不仅能够从根本上抵抗合谋攻击和伪造签名攻击,而且在保证匿名性的前提下,能够真正实现签名成员身份的可追查性,同时通过构造安全的分布式密钥生成协议保证群私钥的不可知性,因此比现有方案具有更高的安全性。
2) attack signature
攻击签名
1.
Therefore, a kind of honeypot system was proposed,by attack signature mechanism for detecting and analyzing unknown network attacks in system call level.
针对当前防火墙和入侵检测系统不能够对未知攻击作出有效的判断,而造成信息误报和漏报的问题,提出了一种蜜罐系统结构,通过过滤掉已知攻击,在系统调用层,采用攻击签名机制,实现对未知攻击的检测和分析。
4) signature forgery
签名伪造
5) forgery attack
伪造攻击
1.
Analysis and Forgery Attack to Authorised Group Signature Scheme;
对授权群签名方案的分析及伪造攻击
2.
A new forgery attack on message recovery signatures;
具有消息恢复签名方案的伪造攻击
3.
A class of threshold signature scheme based on ElGamal is improved,in which dealer right can be restricted,it can prevent forgery attack for security.
本文对基于ElGamal体制的一类门限签名方案进行改进,改进后的方案能够限制分发者的权限,防止了伪造攻击,从而提高了安全性能。
6) forge attack
伪造攻击
1.
Based on security analysis on Hsu scheme,an improved threshold proxy signature scheme was proposed,which effectively overcomed the disadvantage of Hsu scheme which couldn t stand the internal conspiracy attack and the forge attack.
在对Hsu等的方案进行安全性分析的基础上,提出了一种改进的门限代理签名方案,该方案有效地克服了Hsu方案不能有效抵抗内部协作伪造攻击的不足。
2.
There is forge attack in the scheme.
分析了一种批量签名的安全性,这种签名是不安全的,签名方案存在伪造攻击。
补充资料：伪造
1.假造。
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