在全面分析攻击方案的基础上,构造了一种增强的代理多重签名方案。
Based on the analysis of attack scheme, an improved proxy multi-signature scheme was proposed.
安全分析表明它能抵抗各种内部和外部攻击,是一种安全的多重签名方案。
The security analysis of the new scheme shows that it can resist all kind of outsider and insider attacks.
给出了一个改进的前向安全多重签名方案,可简化多重签名的过程,提高了签名效率。
Based on the scheme, an improved forward security multi-signature scheme is proposed, which can reduce the procedures of multi-signature and increase signature efficiency.
并对该体制进行了改进,提出了一种安全的强代理多重签名方案,解决了相应的安全问题。
Furthermore, we present a new modified and secure proxy multi-signature scheme in order to solve the corresponding security problems.
此外,本文在基础理论部分对代理多重签名进行了研究,提出了一种增强的代理多重签名方案。
Additionally, we study on proxy multi-signature scheme in basic theory and present a strengthened proxy multi-signature scheme.
基于无证书公钥密码体制的优点和多重数字签名的要求,设计了一个高效的无证书并行多重签名方案。
A new efficient certificateless parallel multi-signature scheme was proposed based on the advantages of certificateless public key cryptosystem and the demands of digital multi-signature.
在研究代理多重签名和椭圆曲线数字签名的基础上,提出了一种基于椭圆曲线的多重代理多重签名方案。
After studying existing proxy multi-signature schemes, based on the elliptic curve, a multi-proxy multi-signature scheme was proposed.
代理多重签名是一种特殊的数字签名体制。利用一个代理多重签名体制,可以有效地解决多个签名人对同一个文件进行签名的问题。
Proxy multi signature is a special kind of digital signature scheme, which can be used to solve the problem of signing on a document by multiple signers efficiently.
YBX代理多重签名方案是不安全的,攻击者在不知道原始签名者密钥的情况下,能够伪造代理签名密钥,假冒代理签名者对文件进行签名。
The proxy multi-signature scheme called YBX is not safe. An attacker can forge the key pair of proxy signature without the original private key, and disguise himself as proxy to sign document.
此外,您应将要用来与多重应用程序共用的型别分组成为组件,而该组件则应使用强式名称签名。
In addition, types that you intend to share with multiple applications should be grouped into an assembly and the assembly should be signed with a strong name.
一种新的多重代理签名方案。
现在盲签名技术被广泛地应用在很多重要的实际工作中。
By now, the technology of blind signature has been widely applied in essential practice.
利用BLS短签名构建了一种改进的基于双线性映射的多重代理签名方案。
This paper proposes an improved multi-proxy signature scheme. The improved scheme is constructed from bilinear pairings using BLS short signatures.
利用这两个伪造攻击,任何一个原始签名人都能伪造出一个有效的代理多重数字签名。
Using these forgery attacks, anyone of original signers can produce a valid proxy multi-signature.
本文在对数字签名进行研究的基础上,着重对具有特殊应用需求的多重数字签名算法进行研究。
In this paper, researching the basis of the digital signature, focusing on the specific application needs, the multi-signature algorithms are studied.
基于因数分解和二次剩余困难性假设,构造了一个新的按序多重数字签名方案和广播多重数字签名方案。
A new sequential digital multi-signature scheme and a new broadcasting digital multi-signature scheme are proposed based on the difficulty assumption of factoring and quadratic residues.
本文采用多重数字签名技术来对电子文件进行签署,以适应多个不同部门对同一份文件进行签名的情况。
The paper adopts digital multi- signatures technology to sign the document in OA system when the one document needs some signatures from different departments .
本文还从安全性与执行速度上和一些基于ECC多重数字签名方案进行分析对比,证明该方案具有一定的优越性。
In this article, a number of multi-signature schemes based ECCECC on is analyzed and compared to prove that the program has certain advantages also from the security and speed of execution.
分别提出了基于一个数学难题和同时基于两个数学难题的多重数字签名方案。
The paper proposes a scheme which based on one mathematics problem and a scheme which based on two mathematics problem.
所提出的多重数字签名协议可安全地运行于互联网等多协议并发执行环境。
Thus, the presented multi-signature protocol can run safely in multi-protocol executing environments, such as Internet.
所提出的多重数字签名协议可安全地运行于互联网等多协议并发执行环境。
Thus, the presented multi-signature protocol can run safely in multi-protocol executing environments, such as Internet.
应用推荐