按照本文给出的提示，我们现在已经使用轻量级目录访问协议(LDAP)构建了一个集中的身份验证系统。
By following these instructions, you have now built a centralized authentication system using the Lightweight Directory Access Protocol (LDAP).
还有一些其他的应用或许会访问一些位于特有系统上的数据资源.比如,在大型机的系统之上,也可能在轻量级的目录访问协议LDAP仓库中,或者是其他什么系统.
Other applications may need to access data that resides on separate systems.
所以，轻量目录访问协议和SOAP为实现一个易于集成的统一认证系统提供了良好的支持。
SO Lightweight Directory Access Protocol and SOAP offer good support for realizing an integration unified authentication system.
LDAP是一种轻量级的目录访问协议，它对数据的读操作进行了优化，非常适合用于像网格服务这种频繁读取数据的资源管理系统。
LDAP is a kind of light directory access protocol, which optimizes the data-read operation. It is suitable for the resource management in grid service that requires frequent reading operations.
在避免系统死锁的前提下，设计了基于目录的无效使能协议，并证明其保证了缓存一致性。
After a sufficient condition of the deadlock-free design has been given, the directory-based invalidate cache coherence protocol is introduced and its cache coherence is verified using belief.
在避免系统死锁的前提下，设计了基于目录的无效使能协议，并证明其保证了缓存一致性。
After a sufficient condition of the deadlock-free design has been given, the directory-based invalidate cache coherence protocol is introduced and its cache coherence is verified using belief.
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