有两个参数用作签名算法的输入
签名算法是数字签名的核心。
获取签名算法的名称。
并介绍了几种较适于应用的签名算法及其验证算法。
Some DS algorithms and their verification preferable to use are there also.
文章还给出了一个采用RSA公钥系统的数字签名算法。
最后提出二进制签名和排序签名算法改善了特征的匹配精度。
At last, the binary signature and the ordinal signature are proposed to improve the matching precision.
该信息加密系统通过证实数字签名算法来实现系统的不可否认性。
This system has the attribute of non-repudiation of the sender by using the improved confirmer signature.
提出一种快速安全的RS A签名算法以适应计算资源受限的情形。
This paper proposes a RSA signature algorithm to fit for the devices with low computational power.
作者以椭圆曲线密码体制为基础，完成了该事务数字签名算法的实现。
We implement the algorithm of transaction signature, base on Elliptic Curve Cryptography.
相比之下，包括—sigalg选项的命令行工具使得选择签名算法变得异常简单。
By comparison, the command line tools include the -sigalg option, which makes selection of the signature algorithm a trivial task.
但GUI工具不能公开那些支持选择证书签名算法的控件，因此默认支持MD 5签名。
The GUI tools do not expose controls that enable selection of the certificate signing algorithm, and they default to MD5 signatures.
我们将使用数字签名算法（DSA），该算法支持使用较新的SSH2协议。
We'll use the Digital Signature Algorithm (DSA), which will enable us to use the newer SSH2 protocol.
最后用文档加密算法实现XML文档加密，按数字签名算法把要加密元素进行加密。
It has implemented XML encryption with encryption, and got encryption with digital signature algorithm.
它使用默认的签名算法(SHA1和DSA)创建一个带有自我签名的证书，有效期为180天。
It USES a default signature algorithm, SHA1 with DSA, to create a self-signed certificate valid for 180 days.
要提高应用程序的互通性，候选方案指定一组需要实作的签名算法，虽然它们的使用任凭签名建立者处理。
To promote application interoperability, the candidate specifies a set of signature algorithms that are required to be implemented, though their use is at the discretion of the signature creator.
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.
SignatureAlgorithm：签署证书所使用的签名算法；在本例中为MD 5withrsa。
Signature algorithm: the signature algorithm to be used for signing the certificate; in this case, MD5withRSA.
这种攻击并不意味着整个互联网或者SSL安全已经被突破，但的确意味着厂商应该不再用MD 5作为签名算法。
This attack doesn't mean that all Internet or SSL security has been compromised, but it does mean vendors should move away from using the MD5 signing algorithm.
通过修改随机数的选取方式，对RMX随机哈希签名算法进行强化，使算法不需要假定签名者是诚实的。
An enhanced RMX randomized Hash signature scheme is developed through changing the elective mode of the random value, which does not need the presupposition that the signer should be honest.
然后，利用改进的加密方案，结合RS A签名算法，设计了一个双方不可否认的小公钥rsa加密协议。
Then to combine the RSA digital signature algorithm, we design an undeniable RSA encryption protocol with small public key for both sides.
针对数字签名技术中签名信息易被移除的问题，在语义技术的基础上提出了基于语义水印的数字签名算法。
For the lack of removing signature information easily in the technology on digital signature, based on semantic watermarking technology, proposed the algorithm based on semantic watermarking.
本文设计了一种基于改进的HARN数字签名算法的双向认证方案，并利用BAN逻辑对此方案进行了验证。
This paper designs a kind of mutual authentication scheme, which is based on the improved algorithm of HARN digital signature. Then it is proved by using BAN Logic.
最后给出了素数域椭圆曲线签名算法在智能卡上实现的实验数据，实验结果证明文中采用的实现方法是高效的。
Finally the implementation experimentation result of prime field ECC digital signature algorithm on smart card is presented. The result proves that the implementation methods used is high efficiency.
仿真结果表明，DCS-BA在证书签名成功率和证书平均签名时间方面明显好于普通的分布式证书签名算法。
Simulation results demonstrate that DCS-BA is better than current distributed certification signature algorithm in certification signature success ratio and average time.
使用该类可方便地在VB应用程序中实现对称密钥、公开密钥和数字签名算法，并且不受中英文编码方式的限制。
This class can be flexibly used in VB to implement such cryptography algorithms as Symmetric Key, Public Key and Digital Signature.
提出了用RIPEMD-160算法代替MD5算法、用基于椭圆曲线的签名算法代替RSA签名算法的技术改进。
The topic made some great technical progresses which suggest to replace the MD5 with the RIPEMD-160, and replace the RSA signature algorithm with the elliptic curve signature algorithm.
提出了ECC盲签名算法，并应用到安全数字时间戳服务中，从而解决了安全数字时间戳服务中时间戳的伪造问题。
An algorithm on ECC blind signature time-stamping is proposed. The algorithm, which is applied in the field of secure digital time-stamping service, solves time-stamping forge problem.
椭圆曲线算法只需要较小长度的密钥就可以获得较高的安全性，因此非常适合用智能卡来实现椭圆曲线数字签名算法。
Elliptic curve digital signature arithmetic can achieve high security using a shorten key, so it is very suitable to realize this arithmetic on smart card.
基于目前团体签名的实际需要及数字签名的研究，结合交互式零知识证明的概念，提出了一种新的门限数字签名算法。
A new threshold digital signature using the research result about the digital signature with zero knowledge proof was proposed in this paper.
表1列出了特性JAR文件和插件JAR文件中的BUSINESS.SF文件的示例内容，包括版本、签名算法、J VM和摘要信息。
Table 1 lists the sample content of BUSINESS.SF files in your feature and plug-in JAR files. The version, signature algorithm, JVM, and digest information are provided there.
应用推荐