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1·When the prefetch quantity is changed.

当预取数量发生变化时。

2·After the prefetch size has been changed.

更改了预取(prefetch)大小之后。

3·Prefetch? Cache files at boot time (optimal).

预取-在开机时光(最佳的缓存文件)。

4·Some pre-processing may also be associated with the data prefetch.

可以将一些预处理与数据预取相关联。

5·When the external agent has data, it may create and issue a prefetch directive.

当外部代理具有数据时，产生并发出预取指令。

6·But be careful: Don't go overboard and prefetch everything in sight, or you'll make things worse!

但是要注意：不要太过分，不要预抓取所有东西，否则会适得其反！

7·The Workers can be used to prefetch data or perform other ahead-of-time operations to provide a much more lively UI.

这些Workers可用于预取数据或执行其他预先操作，从而提供一个更加实时的UI。

8·Non-prefetch I/Os are scheduled directly from the database agents and as a result are not constrained by NUM_IOSERVERS.

由于从数据库代理程序直接调度非预取 I/O，因此非预取 I/O 不受 NUM_IOSERVERS 约束。

9·When the page scroll to about half height, prefetch the next page page content, including text, image and other object.

当网页滚动至约一半高度时，预读下一页的网页内容，包括网页文本及图片等。

10·Second, whenever a page is shown (see the showCities method), prefetch the next one (a logical guess) without showing it.

第二，当显示一个页面时(见showcities方法)，预抓取下一个页面(这是符合逻辑的猜测)，但是不显示它。

预取

1·The Workers can be used to prefetch data or perform other ahead-of-time operations to provide a much more lively UI.

这些Workers可用于预取数据或执行其他预先操作，从而提供一个更加实时的UI。

2·Based on the query pattern and the real query parameters, it developed two intelligent prefetch algorithms to fit two kinds of demand in data query.

基于这些模板和参数，提出了两种智能预取算法以适应两类不同的数据查询需求。

3·Three basic load balance strategies on mapping applications onto GPU are presented: Prefetch, stream computing, task division.

针对GPU异构系统上的应用映射提出三种基本负载均衡优化策略：预取、流化、任务划分。

4·When the external agent has data, it may create and issue a prefetch directive.

当外部代理具有数据时，产生并发出预取指令。

5·Some pre-processing may also be associated with the data prefetch.

可以将一些预处理与数据预取相关联。