Requests that are served from the cache lower the amount of bandwidth normally needed to support communication between consumer and service.
通过缓冲服务的请求降低了为支持消费者和服务之间的通信通常所需的带宽要求。
All you lose in flushing the cache is a little server load and some bandwidth; it does not violate underlying idempotency.
刷新缓存时会损失一些服务器加载数据和一些带宽；这并不违背基本的等幂性。
The lower the byte count downloaded to the browser or loaded from the browser's cache, the better the application's performance, and the less bandwidth the application will consume.
下载到浏览器的字节数越少或从浏览器缓存加载的字节数越少，应用程序的性能就越高，应用程序消耗的带宽越少。
When you use an Expires Header, you can cache those elements on the user’s local machine, not only increasing their speed, but also saving you bandwidth.
当你使用了ExpiresHeader,你可以在用户的本地机器对这些元素进行缓存，不仅提高了他们的访问速度，也节省了你的带宽。
The amount of bandwidth consumed by full mode, particularly when the browser cache is empty, makes it a less-than-ideal experience on mobile devices where the bandwidth might be constrained.
full模式所使用的带宽量(特别是浏览器缓存为空的情况下)对于带宽比较有限的移动设备来说，无法得到理想的使用体验。
This loading takes a long time both because of network bandwidth overhead and session cache overhead (memory consumption and GC pause) if your Hibernate session is stateful.
这种加载需要很多时间，既有网络带宽的原因，如果Hibernate的会话是有状态的，其中也会有会话缓存的原因(内存消耗和GC暂停)。
Reusing static content from the cache greatly improves client performance, reducing both bandwidth consumed and server CPU cycles.
重用缓存中的静态内容大大改善了客户端性能，减少了带宽消耗和服务器CPU周期。
In order to improve average responding time, reduce the usage of network bandwidth and improve data availability, mobile clients usually cache part of the data locally.
移动客户机为了提高平均响应速度、减少对网络带宽的争用和提高数据的可用性，通常在移动客户机本地缓存部分数据。
Thus it will not only reduce the start-up delay of the clients' player in the event of a cache hit but also save network bandwidth to some extent.
通过把流媒体缓存配置在客户端和服务器之间，以基于代理服务器机制实现，既能降低客户端播放器的启动延迟时间，又能节约部分网络带宽。
CABVW keeps the balance between disk I /O bandwidth and the caching system by dynamically adjusting the values of merging -cache cost and splitting -cache cost.
该算法通过动态调整拆分代价和合并代价的闲值，实现了磁盘带宽和缓存的负载平衡。
CABVW keeps the balance between disk I /O bandwidth and the caching system by dynamically adjusting the values of merging -cache cost and splitting -cache cost.
该算法通过动态调整拆分代价和合并代价的闲值，实现了磁盘带宽和缓存的负载平衡。
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