This is a basis for PKI-based digital signatures.
这是基于 PKI 的数字签名的基础。
Included with Domino 6 is a PKI management process.
在Domino6中包括一个PKI管理进程。
New credentials in the underlying PKI are generated using this operation.
可以使用该操作生成底层PKI 中的新凭证。
Now, XKMS provides an easy mechanism for using and integrating PKI with applications.
现在，XKMS为使用PKI和将PKI与应用程序集成提供了一种容易的机制。
The LTPA token is easy to configure compared to a full Public Key Infrastructure (PKI).
与完整的公钥基础结构(PKI)相比，ltpa令牌比较容易配置。
These models make PKI implementation easier and PKI system more secure.
这些模型简化了PKI的实施，增强了PKI系统的安全。
The PKI application can satisfy the demand of network transaction safety control.
PKI应用能满足人们对网络交易安全保障的需求。
PKI has been around for many years, but has not yet made it into typical it departments.
PKI问世已经有多年了，但是它还没有走进一般的IT部门。
PKI and its microstructure are introduced in brief, also the signification of cross-certification.
简单介绍了PKI及其微观体系结构、交叉认证的含义。
To overcome this limitation and make the scenario more interesting, we decided to carry out a PKI.
为了克服这个限制，同时也为了让这个场景更有意义，我们决定采用 PKI。
Public Key Infrastructure (PKI) is a base to provide Internet security services using public key certificate.
公钥基础设施PKI利用数字证书为网络安全交易提供基本保障。
PKI is entrusted with managing everything related to the creation, manipulation, and management of these keys.
PKI受委托管理与这些密钥的创建、处理和管理有关的一切事情。
Experimental results show this scheme is effective, and has referential value to the PKI engineering practice.
实验结果表明，该方案是有效的，且对工程实现具有一定指导意义。
PKI consists of two keys — a public key and a private key — used to authenticate the user and encrypt the data.
PK i由两个密钥组成-公钥和私钥-用于认证用户和加密数据。
PKI is the latest information security technology in the world, and trust model is very important in PKI system.
PKI是目前国际上研究最热的信息安全技术。信任模型在PKI体系中占有重要地位。
Public-private key combination is at the heart of Public key Infrastructure (PKI), and is based on asymmetric cypher.
公钥-私钥组合是公共密钥基础设施的核心，建立在非对称密码的基础上。
On the DB2 UDB server: an X.509 certificate, a PKI environment, and a LIPKEY-enabled server-side GSS-API security plug-in.
在DB2UDB服务器中：一张 X.509证书，一个PKI环境，以及一个支持 LIPKEY 的服务器端GSS-API安全插件。
For an application to use XML encryption and/or digital signature, the application must use or integrate with a PKI solution.
对于一个要使用XML加密和/或数字签名的应用程序来说，它必须使用或者集成一个PKI解决方案。
The criteria can be different for each PKI, but once the CSR is approved, the CA fulfils the request by issuing a certificate.
对于每个PKI，标准可能各不相同，但在批准CSR 之后，CA 将通过颁发证书来完成请求。
Key management can make the key transporting on IP network safe and accurate greatly combining with PKI and smart card method.
密钥管理通过IP网络传输，结合PKI与智能卡技术，可以保证密钥传输的安全性和正确性。
The link between the ESB and provider services may be secured by network architecture, by ESB credentials or by encryption using PKI.
ESB和提供者服务之间的链路可能由网络体系结构、ESB凭据或使用 PKI 的加密进行保护。
XML encryption and digital signatures rely on Public Key Infrastructure (PKI) to help encrypt, decrypt, sign, and verify various documents.
xml加密和数字签名依赖于公共密钥基础设施(Public Key Infrastructure,PKI)来帮助加密(encrypt)、解密(decrypt)、签名(sign)和验证(verify)各种文档。
XKMS allows easy management of the PKI by abstracting the complexity of managing the PKI from client applications to a trusted third party.
XKMS 将管理客户机应用程序的PKI 的复杂性抽象到了一个受信任的第三方，从而使 PKI 易于管理。
A public key infrastructure (PKI) is a means for associating public keys with the respective user identities using a Certification Authority (ca).
公钥基础设施(PKI)是将公钥与使用证书颁发机构(CA)的相应用户标识进行关联的一种方法。
With the digital certification enacted by CA, Public Key Infrastructure (PKI) provides a framework to construct and manage the trust relationship.
PKI利用可信的第三方认证机构（CA）签发的数字证书在网络通信中建立和管理信任。
A quick way to implement this solution is to let a PKI-based certificating authority issue a tamper-proof PAC identifier to the requesting clients.
实现这种解决方案的一个快速的方法是，让一个基于PKI的证书权威为请求客户机颁发一个PAC身份标识证明。
It's also proposed that trust is an essential element and a major component of a PKI. So trust evaluation criteria should be added to the certificate.
本文也指出信任是PKI的一个重要组成部分，提出应该在证书中附加信任评价标准。
According to this frame, carry through the system total design and the system detailed design, use some tool packages realize secure email system based on PKI.
基于这个框架进行了系统的总体设计和详细设计，并通过一些工具包实现了基于PKI的安全电子邮件系统。
This article introduces the application of LDAP in PKI system, and describes mainly how to utilize LDAP server to store and back up the electronic certificate.
本文较深入地介绍了LDAP协议在PK I体系中的应用，主要讲述了如何利用LDAP服务器存储以及备份电子证书。
This article introduces the application of LDAP in PKI system, and describes mainly how to utilize LDAP server to store and back up the electronic certificate.
本文较深入地介绍了LDAP协议在PK I体系中的应用，主要讲述了如何利用LDAP服务器存储以及备份电子证书。
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