提出通过采用EAP-TLS 交互认证协议，增加状态确认和设置认证有效时间三种方法提高802.1X 认证的安全性。
Then proposes three ways to enhance the security of 802.1X like adopt EAP-TLS, add status confirmation and set useful time for certification.
这个回调也会与PLAM在客户机的运行库中进行交互，从而获取PAC标识符；这与从用户的信任证书缓存中获取认证服务令牌不同。
This callback, apart from retrieving the authentication service ticket from the user's credential cache, also interacts with PLAM in the client's runtime to fetch the PAC identifier.
由于网关需要协调多个系统的交互(浏览器、认证仓库、Web应用……)，不能向所有的进程公开同一组label。
Because the Gateway needs to coordinate interactions with several systems (browser, authentication repository, web application...) it cannot expose a single set of labels to all these processes.
本发布版将重点关注交互式框架的示范、服务总线以及Web风格（REST）的认证。
The focus of this release is to demonstrate interoperable architecture, Service Bus and Web-Style (REST) Authentication.
为简单起见，我们省略了次要的交互作用(也就是出错情况以及验证签名所需的认证机构)。
For simplicity's sake, we have omitted minor interactions (that is, error situations and the certification authority needed to validate signatures).
应用服务器管理为用户认证和角色管理提供了交互性配置支持。
Application Server's administration support interactive configuration for user's authentication and role management.
添加的这些代码允许经过身份认证的用户查看他们的公共提要，交互地添加新帖子，或者删除现有帖子—所有这些操作都无需使用Googlebuzz界面。
These additions allows authenticated users to view their public feed, interactively add new posts to it, or delete existing ones from it-all without using the Google Buzz interface.
给出了一个基于量子单向函数的非交互式经典消息认证加密协议。
A classical message authenticated encryption protocol based on quantum one-way functions was proposed.
基于完全零知识交互证明系统和位委托方案，提出了可证明的安全水印认证协议。
A proved secure protocol for watermark verification based on perfect zero knowledge interactive proof system and bit commitments scheme is proposed.
公钥认证体制中认证机构和其它实体使用证书管理协议进行交互，完成证书管理功能。
In Public Key Infrastructure, certificate Authorities use certificate management protocol to communicate with other entities, in order to implement the function of certificate management.
并通过加密、认证、数字签名和单向置换函数有效地保证了协议中实体交互数据的安全性和完整性。
And it ensured the data security and integrity in the protocol entities exchange through encryption, authentication, digital signature and one-way permutation function.
目的为保证网络信息交互的安全，在数字语音通信中对说话人进行身份认证。
Aim to identify the id of the speaker in digital voice communication in order to assure the security of information which is transmited in the network.
探索加密狗保护软件时的接入、调用及数据存取方式，研究加密狗内自定义算法的查询式认证与交互性认证方式对软件安全的影响。
Explore dongle protected software access, call and data access methods to study the dongle query the custom authentication algorithm and authentication interactive software security.
探索加密狗保护软件时的接入、调用及数据存取方式，研究加密狗内自定义算法的查询式认证与交互性认证方式对软件安全的影响。
Explore dongle protected software access, call and data access methods to study the dongle query the custom authentication algorithm and authentication interactive software security.
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