而且，在这个模型中，授权数据已经与认证数据分隔开了，这样，授权数据就应该不用嵌入认证令牌中了。
Also in this model, authorization data has been separated from the authentication information so authorization data should not be embedded in authentication tickets.
在Maximumidletime字段中，输入会话可空闲的最长时间，超过这个时间后，ConnectionManager将清理会话的认证令牌，迫使客户端重新授权。
In the maximum idle time field, enter the maximum time that a session can be idle before the Connection Manager clears the session's authentication token, forcing the client to re-authorize.
ltpa令牌包括一个可配置的到期时间戳。令牌到期后，将发出新的认证询问。
LTPA tokens include a configurable expiration timestamp; after the token expires, a new authentication challenge is issued.
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.
为了避免这些缺陷，您可以使用下面将要讨论的轻量级第三方认证（Light-weight Third Party Authentication，LTPA）令牌方法来提供单点登录功能。
To avoid these shortcomings, you can use the Light-weight Third Party Authentication (LTPA) token approach discussed below to provide the single sign-on capability.
TAI处理成功后，ApplicationServer创建了一个名为ltpa令牌的加密用户认证cookie。
After TAI processes successfully, Application Server creates an encrypted user authentication cookie called an LTPA Token.
当一个ASPX请求到达IIS,Web服务器根据认证模型分配一个令牌，该令牌是基于匿名、Windows、基本或分类。
When an ASPX request hits IIS, the Web server assigns a token based on the authentication model of choice-anonymous, Windows, Basic, or Digest.
一旦终端用户认证成功，WebSEAL将创建LTPA令牌cookie。
Upon successful authentication of the end user, WebSEAL creates the LTPA Token cookie.
在这第二个示例中，系统需要一台客户机来首先获得一个已被认证的令牌并将这个令牌给后继服务。
In this second example, the system requires a client to first get an authenticated token and present that token to the subsequent service.
所有的REST查询必须通过签名令牌签名的方式进行认证，该过程通过对按小写的字母顺序排序的查询参数使用私钥进行签名。
All REST queries must be authenticated by signing the query parameters sorted in lower-case, alphabetical order using the private credential as the signing token.
实例Web服务提供者应用程序配置为通过轻量级第三方认证（Lightweight Third Party Authentication，LTPA）令牌使用WS-Security。
The sample Web service provider application is configured to use WS-Security with a lightweight Third Party Authentication (LTPA) token.
认证是以服务令牌(service ticket)的形式提供的，这是由域中的一个可信认证服务发出的，并使用目标资源管理器的密钥进行了加密。
Authentication is provided in the form of a service ticket, issued by a trusted authentication service in the domain and encrypted with the target resource manager's secret key.
LTPA提供一种在令牌中存储用户认证信息的机制，令牌是在用户成功通过ConnectionManager认证时生成的。
LTPA provides a mechanism for storing user authentication information in a token that is generated when users are successfully authenticated with Connection Manager.
发布方可能会使用各种方法来对验证方进行认证，包括访问包含在U-Prove令牌中由其它发布方生成的信息。
The Issuer may use various means to authenticate the Prover including accessing information contained in U-Prove tokens generated by other Issuers.
一些厂商提供了额外的安全措施通过为用户提供一个密码令牌，它可自动生成密码采用双因素认证 。
Some vendors provide an additional measure of security by providing users with a password token, which automatically generates passwords using two factor authentication .
每个依照规范实现的注册中心操作入口站点将建立它们自己的令牌生成和认证机制。
Every registry implementation that adheres to these specifications will establish their own mechanism for token generation and authentication.
第四章给出了网络考试系统安全模型，设计并实现了OTP核心算法、软令牌以及OTP认证服务器。
The fourth chapter gives the security model in the network exam system, designs and implements the core algorithm of OTP, soft token and OTP authentication server.
新颖、安全的动态身份认证系统主要由电子令牌、安全认证服务器、管理工作站、认证服务接口函数等组成。
Novel and secure dynamic identification system comprises electrical tokens, a secure identification server, a management workstation and application Programming Interface.
首先介绍了移动认证的常用技术，重点探讨了瞬时认证的设计和令牌认证的设计，最后给出一个瞬时认证的应用模型。
This paper presents the common techniques of mobile authentication firstly, and then analyses programming of transient authentication and token authentication mainly.
首先介绍了移动认证的常用技术，重点探讨了瞬时认证的设计和令牌认证的设计，最后给出一个瞬时认证的应用模型。
This paper presents the common techniques of mobile authentication firstly, and then analyses programming of transient authentication and token authentication mainly.
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