In this article, we discuss various caching options for Web Content Management, from its own pre-rendering and caching modules, to integration with WebSphere dynamic cache service.
在本文中，我们探讨Web ContentManagement的多个高速缓存选项，从其自身的pre -rendering和高速缓存模块，到与WebSphere动态高速缓存服务的集成。
HTTP 1.1 introduced a new class of headers, Cache-Control response headers, to give Web publishers more control over their content, and to address the limitations of Expires.
HTTP 1.1介绍了另外一组头信息属性：Cache -Control响应头信息，让网站的发布者可以更全面的控制他们的内容，并定位过期时间的限制。
Web Content Management caching is set up through the cache configuration in the connect.cfg file.
Web ContentManagement高速缓存是通过connect. cfg文件中的高速缓存配置进行设置的。
Next, you must enable the ESI components in the WebSphere Application Server plugin-cfg.xml file, and you must amend the Web Content Management cache policy to use the Edge component.
接下来，必须在WebSphereApplicationServerplugin - cfg . xml文件中启用ESI组件，并且必须修改Web ContentManagement缓存策略以使用Edge组件。
A user can have a static Web page online several ways: from using the browser cache, to having a local caching proxy, to just downloading the Web content to disk.
用户可以使用多种方式保持一个静态网页处于联机状态：使用浏览器缓存、使用一个本地缓存代理或者将Web内容下载到磁盘。
The advantage of providing feeds in RDF format is that resources that support Semantic Web activity will now read, cache, and include content from those feeds in their search results.
以RDF格式提供feed的好处在于：支持SemanticWeb行为的资源将在其搜索结果中阅读、缓存和包含来自那些源的内容。
First, the proxy does not have Web serving capabilities; static content can be served from the proxy cache, but it is not pushed to the proxy itself.
首先，代理并不具有Web服务提供功能，静态内容可以从代理缓存提供，但并不能将这些信息通过Push操作送到代理本身中。
Another performance improvement is that the content of the Web content Management portlet can now be cached in the portal fragment cache.
另一个性能改进是Web ContentManagementportlet的内容现在可以被缓存到门户片段缓存中。
Another performance improvement is that the content of the Web content Management portlet can now be cached in the portal fragment cache.
另一个性能改进是Web ContentManagementportlet的内容现在可以被缓存到门户片段缓存中。
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