新引入的自适应页面缓存概念支持对完整门户页面进行缓存。
The newly introduced concept of adaptive page caching supports caching of complete portal pages.
需要区分由HTTP 1.1规范最初引入的两种远程缓存概念。
Two different notions of remote caches originally introduced by the HTTP 1.1 specification need to be differentiated.
ServiceLocatorManager的高速缓存概念在本文前面已经涉及到了。
The idea of caching within the ServiceLocatorManager was touched on earlier in this article.
尽管RAID在基础的层面上提供了这一功能，但存储虚拟这一术语典型地包括了更多附加的概念，比如数据迁移以及缓存。
While RAID at the basic level provides this functionality, the term storage virtualization typically includes additional concepts such as data migration and caching.
这个概念引入了另一个新出现的概念“面向服务的缓存”，它描述了何时以及如何缓存面向服务的XML规范。
This concept introduces another emergent concept of "service-oriented caching", which describes the terms of when and how to cache service-oriented XML specifications.
此示例应用程序按照对象缓存与状态处理所述演示对象缓存和JSR168 状态处理概念的应用。
This sample application illustrates object caching and the exploitation of JSR168 state handling concepts, as discussed in Object caching and state handling.
在安全缓存领域，理解上下文的概念很重要。
The concept of context is important to understand in the realm of the secured cache.
因为缓存行为是系统中一个重要的概念，所以有必要创建一个butterflycache类表示缓存后的转换(参见清单5)。
Since this caching behavior is a significant concept in the system, it makes sense to create a ButterflyCache class to represent a cached transformation (see Listing 5).
WebSphereeXtremeScale使用分区的概念扩展缓存。
WebSphere eXtreme scale USES the concept of a partition to scale out a cache.
如果您熟悉高速缓存，从本质上来说会话与它是相同的概念—存储数据以减少响应时间和服务器工作负载。
If you're familiar with caching, it is essentially the same concept — storing data to reduce both response time and server workload.
在概念方面，缓存有时可能会造成混淆。
当内存富足时代到来时，很多dba不断增加缓冲池，直到缓冲池大到足以容纳整个数据库，这便产生了全缓存数据库(fully cached database)的概念。
When the era of abundant memory arrived, many DBAs increased their buffer pools until they were large enough to contain an entire database-thus creating the concept of a fully cached database.
图2显示了基于dynacache和基于eXtreme Scale缓存拓扑概念上的差异。
Figure 2 shows the conceptual difference between the dynacache-based and eXtreme Scale-based caching topology.
通过分析传统的缓存一致性策略，提出一种基于对等移动客户端的缓存策略，它是在基于窗口的时间戳策略的基础上，引入对等客户端的概念，使得每个移动客户端可以作为临时的虚拟服务器，来发送缓存信息。
In this paper, we analyzed the traditional cache coherency scheme, and described a cache scheme based on peer mobile client, which applied the new concept on the time stamp scheme based on Windows.
针对传统结构的特点和未来光缓存器的性能需求，提出缓存灵活性的概念。
By taking into account both features of traditional buffering structures and requirements of the future buffering capability, the concept of buffer Flexibility was proposed.
针对传统结构的特点和未来光缓存器的性能需求，提出缓存灵活性的概念。
By taking into account both features of traditional buffering structures and requirements of the future buffering capability, the concept of buffer Flexibility was proposed.
应用推荐