I believe that static HTML pages are, by far, the best caching strategy.
我相信静态html页面，到目前为止，是最好的高速缓存策略。
An interest based cooperative caching strategy (IBCC) is presented in this paper.
提出一种基于兴趣度的协同缓存策略(IBCC)。
To get the best possible performance, most sites will need an effective caching strategy.
要获得尽可能好的性能，许多站点都需要采用一种有效的缓存策略。
Depending on caching strategy, it might also register for the phase zero protocol to flush log messages upon transaction completion.
根据不同的缓存策略，它可能还需要注册阶段0协议来将日志消息存储到数据库中在事务完成之前。
Based on existing streaming media proxy caching technologies, a proxy caching strategy of prefix caching and suffix merging is proposed.
在研究了现有的流媒体代理缓存技术的基础上，提出了一种前缀缓存后缀合并的代理缓存策略。
The article then shows you how to use these nodes within message Broker message flows, including caching strategy and security considerations.
然后本文将介绍如何在MessageBroker消息流中使用这些节点，包括缓存策略和安全注意事项。
Using a timed expiration technique, you can dramatically simplify your caching strategy, if you can afford to have data that is slightly stale.
如果能够容忍数据稍微有些陈旧，那么使用定时的到期机制将可以极大地简化缓存策略。
This is a local caching strategy common to mobile Web applications, and is described in detail in Part 2 of this series (see Resources for a link).
这是移动Web应用程序常用的本地缓存策略，本系列第 2部分（参见参考资料 部分的链接）详细介绍过这种策略。
Memory constrained -- The extra memory provided by 64-bit supports a better caching strategy, enabling the application to avoid expensive queries, and so on.
内存限制——64位所提供的额外内存可以支持更好的缓冲策略，使得应用程序可以避免开销很高的查询，等等。
Instead, create a caching strategy to both improve system performance and minimize any negative impact on the performance of source systems caused by repeated requests for data.
更好的方法是创建一个缓存策略，这样可以改善系统性能并最大限度降低重复数据请求对源系统造成的负面影响。
Caching as a strategy for improving application performance must be applied judiciously and with care.
作为提高应用程序性能的一种策略，缓存应当被明智谨慎地应用。
A similar strategy is used for caching entries in a feed.
提要中的缓存条目使用了类似的策略。
This strategy is also referred to as caching Option C in the EJB specification.
此策略在EJB规范中称为缓存选项C。
BigMemory differs from traditional caching solutions in its memory storage strategy.
BigMemory在内存存储策略上有别于传统的缓存解决方案。
Studying the algorithms for network condition, the strategy for refreshing Data Caching, the Data Synchronization Strategy and the Data Concurrency Strategy;
研究网络状态检测算法、数据缓存更新策略、数据同步策略、数据并发策略。
This strategy can be applied to the general SOAP responses and that with attachments, and it also sets a mechanism to prevent the duplicate caching of the same attachments.
该策略能同时处理普通SOAP响应和带附件SOAP响应，并对SOAP附件设置了防重复缓存机制。
This strategy can be applied to the general SOAP responses and that with attachments, and it also sets a mechanism to prevent the duplicate caching of the same attachments.
该策略能同时处理普通SOAP响应和带附件SOAP响应，并对SOAP附件设置了防重复缓存机制。
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