For data services, performance of many types of requests can be greatly enhanced by using the dynamic cache.
对于数据服务，许多类型的请求的性能可以通过使用动态缓存来得到极大的增强。
It was nice to be able to see everything in offline mode. A more typical application needs to read dynamic data from its server and Web services.
能够以离线模式看到所有内容让人感觉不错，但更典型的应用程序需要从它的服务器和Web服务读取动态数据。
Dynamic caching can also cache additional data types, such as Web services and patterns; those topics will be left for a later article.
动态高速缓存还可以缓存其它的一些数据类型，例如Web服务和模式，那些主题将在以后的文章中讨论。
Next, this article describes how to implement a Web services application that USES dynamic data APIs for SDO to transfer its data.
接下来，本文将说明如何实现使用SDO的动态数据API来传输数据的Web服务应用程序。
One of these is the grid which supports many virtual services, such as federated access to distributed data, dynamic discovery of data sources, etc.
网格服务可以支持分布数据、动态资源发现、访问透明性、动态负载平衡等虚拟服务。
The main intention of ATM is to integrate data, video, audio services as an unique service background, meanwhile to offer flexible and dynamic resource allocation methods.
ATM技术的主要目的是使数据业务、视频业务、话音业务等能在统一的全数字网络中实现传输和交换，同时提供灵活简捷有效的动态资源分配。
The main intention of ATM is to integrate data, video, audio services as an unique service background, meanwhile to offer flexible and dynamic resource allocation methods.
ATM技术的主要目的是使数据业务、视频业务、话音业务等能在统一的全数字网络中实现传输和交换，同时提供灵活简捷有效的动态资源分配。
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