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。
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。
XKMS allows for easy management of public key infrastructure (PKI) by abstracting the complexity of managing the PKI from client applications to a trusted third party.
通过将管理公钥基础设施(Public Key Infrastructure,pki)的复杂性从客户机应用程序提取到一个可信任的第三方机构中，XKMS使得管理PK i变得非常容易。
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。
One of the more common security systems used is PKI (Public Key Infrastructure), an encryption used for PDA and smart-phone security.
使用的更公用安全性系统之一是PKI(公用密钥基础)，一种用于PDA和智能电话安全性的加密技术。
This article shows you how easily a public key infrastructure (PKI) can be setup using Community Edition, and how you can request and download digital certificates from your Web browser.
本文介绍如何使用CommunityEdition方便地设置公钥基础设施(PKI)，以及如何从Web浏览器请求和下载数字证书。
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。
Public key Infrastructure (PKI) supports public key crypto system and digital signature on the national information highway and would play an important role in providing those services.
公钥基础结构支持国家信息高速公路上的公钥密码体制和数字签名，将在提供这些服务中起非常重要的作用。
WPKI (wireless Public key infrastructure) is carried on the optimized development in the wired PKI foundation, provides the key management infrastructure for the wireless correspondence environment.
WPKI是在有线pki基础上进行优化拓展，为无线通信环境提供密钥管理的基础设施。
The infrastructure which can provide security services is called Public Key infrastructure (PKI).
能提供这种服务的基础设施就是公开密钥安全基础设施(PKI)。
This paper analyzed the traditional model of public key infrastructure (PKI) certificate status information issued by certificate revocation list (CRL).
分析了应用证书撤消列表(CRL)发布公共密钥基础设施(PKI)证书状态信息的传统模型。
Certificate revocation is always a hard problem in the research and application of public key infrastructure (PKI).
证书撤销一直是公钥基础设施(PK i)研究和应用中的一个难点问题。
The scheme was based on the public key infrastructure(PKI) architecture with system security achieved by various means such as random numbers, salt, and multiple round iterations.
该方案基于公钥基础设施体系架构，采用了随机数、“盐”和多轮迭代等手段保证系统的安全性，并且通过在客户端进行密钥生成和加解密操作的方式实现了系统的可扩展性。
This paper focuses on studying and analyzing some key techniques of Public key Infrastructure. All the research result will lay the foundation of development and deployment of a PKI.
本文专注于对公钥基础设施的一些关键的技术问题进行研究，为公钥基础设施的开发和部署提供理论基础。
PKI ( Public Key Infrastructure), which is on the base of cryptography, resolved the issue of trust perfectly using public key certificate as a carrier.
公钥基础设施）以密码学为理论基础，以公钥证书为载体，较好地解决了网络中的信任问题。
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。
A security data exchange system based on XML was designed and realized by the use of public key infrastructure (PKI) technology.
利用公钥基础设施PK I技术，设计和实现了XML数据的安全交换系统。
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。
There are three authentication systems now: Public Key Infrastructure (PKI), Identity-Based Encryption (IBE) and Combined Public Key (CPK).
现今有三种认证系统：公钥基础设施(PKI)、基于标识的加密系统(IBE)和组合公钥系统(CPK)。
In order to solve the identity authentication in the cyberworld, it's very necessary to introduce Public Key Infrastructure (PKI).
为了解决网络世界中的身份认证问题，就必须引入公钥基础设施(PKI)。
The solution, which makes use of the method of combining PKI with S/MIME, establishes a system of secure E-mail transfer, according to the application principle of Public Key Infrastructure(PKI).
该方案依据PKI（公钥基础设施）的应用原理，采用PKI与SMIME相结合的方法，建立了基于PKI的安全邮件传输体系。
Public Key Infrastructure (PKI) utilizes the asymmetrical cryptography technology to lay the security foundation for the electronic commerce, the electronic government and the electronic business.
公开密钥基础设施PKI是一种利用非对称密码技术为电子商务、电子政务和电子事务的开展提供一整套安全保护的基础平台。
Most security applications are increasingly using public key cryptography. It leads to a pressing need for a PKI (public key Infrastructure) to support the distribution of public keys.
大多数的安全应用现在都引入公钥密码算法，而公钥密码算法需要公钥基础设施PK I来支持公钥的分发。
A public-key infrastructure (PKI) is a prerequisite for security in distributed systems and for electronic commerce. For secure communication, an user can get another user's public key from PKI.
分布式系统和电子商务的安全以公钥基础结构(PKI)为基础，为实现信息的安全交换，用户可从PK I中得到另一用户的公钥及其证书。
A public-key infrastructure (PKI) is a prerequisite for security in distributed systems and for electronic commerce. For secure communication, an user can get another user's public key from PKI.
分布式系统和电子商务的安全以公钥基础结构(PKI)为基础，为实现信息的安全交换，用户可从PK I中得到另一用户的公钥及其证书。
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