When a process page faults on a file (meaning the process references a part of the file that is not currently cached in memory in a permanent storage page), the process generates a page fault.
当对某个文件出现进程缺页(意味着该进程引用了文件的部分内容，而这部分内容当前没有缓存在永久存储分页的内存中)的时候，该进程将产生一个缺页。
You can use this to determine which process need further exploration to determine their page size usage and allocation.
可以根据这些信息判断需要进一步研究哪些进程，从而了解它们的页面大小和分配。
With the process Filter page, you can also display these process elements in a particular order.
使用过程过滤页面，您也可以以特定的顺序显示这些过程元素。
The process connector selection of corresponding page design must be checked.
必须考虑对应页面设计的进程连接程序的选择。
That means that search engines, spiders, and screen readers all still have what they need to process and work with the page.
这意味着搜索引擎、搜索器和屏幕阅读器都能够获取需要的东西来处理页面。
The main difference between the process and interrupt environments is that no page faults are permitted while in the interrupt environment.
处理环境与中断环境之间的主要差别是：当处于中断环境中时，不允许出现任何页面错误。
Most such commenting systems are implemented as records buried in a database and pulled into the page rendering process with very specialized code.
大多数这样的评论系统都在数据库中存储记录，并用专用代码在页面显示过程中获取记录。
Typically the initial content in this page is populated by another process engineer skilled in the art of this particular extension point.
此页面中的原始内容通常由对此特定的扩展点有丰富经验的另一个流程工程师填充的。
If a process or the kernel modifies the page, the state of the page changes to modified.
如果某个进程或者内核修改了该分页，那么该分页的状态将更改为已修改的。
It has an integrated memory management unit that is normally used to provide access to the address space of one process by using the same page table lookup as the PPE.
它具有一个集成的内存管理单元，通常使用与PPE类似的页表查询机制来提供对某个进程地址空间的访问。
After an extension point has been identified, the process engineer creates an extension page for this extension point.
标识了扩展点后，流程工程师将为此扩展点创建扩展页面。
Note: The process Preferences page has been enhanced with more filtering options and dynamic detection of embedded process configurations.
注意：过程参数选择页面已被增强，加入了更多内嵌过程配置的过滤选项和动态发现。
If the page is later mapped by another process, the page will have to be converted to a PTE chain.
如果稍后这个页被另一个进程所映射，它将不得不再去使用pte链。
Pagination is the process of breaking a single page into multiple pages in order to fit the page size within acceptable limits of the device buffer.
分页是为了使页面大小适合设备缓冲可接受的限制而将单个页面分解成多个页面的过程。
When a process references a page which is on disk, it must be paged, which could cause other pages to page out again.
当进程引用磁盘上的某个页面时，必须将其换入，这可能会导致将其他页面换出。
Each server hit lengthens the process and disorients users as the new page loads.
每次到服务器的请求都会延长过程的处理时间并且当新页面加载时也会让用户迷失方向。
Gives you the ability to to select another configuration without going through the Process Preferences page.
能够无需通过过程参数选择页面来选择另一个配置。
Guidance can take many forms with the Process Advisor, depending on your configuration choices on the Process Preferences page.
ProcessAdvisor 中的指南可以采取很多形式，这取决于您在过程参数选择页面的配置选择。
During this process all the page elements are gathered (images, properties), and the portal retrieves the nodeTitle .
在此过程中，将收集所有的页面元素（图像、属性），门户将检索 nodeTitle。
As mentioned previously, during the process of designing the JSP page, the Data Tree might lose its configuration.
如同在前面所提到的，在设计jsp页面的过程中，DataTree可能会丢失其配置。
At runtime, WebSphere Process Server includes these fragments in the rendered page.
在运行时，WebSphereProcessserver会将这些代码片段包含在所呈现的页面中。
These user-defined tags can be used to further enhance the portlet page rendering process.
这些用户定义的标记可以用于进一步加强portlet页面处理过程。
The data collection process begins when a visitor requests a page from the web server.
数据收集过程从访问者向web服务器发出针对某个页面的请求开始。
That way, when users click the Back button, they will be taken back to the previous tab rather than being yanked out of the checkout process to whatever page they were on previously.
这样一来，当用户单击Back按钮时，就会被带回到之前的选项卡而不是被从结帐过程硬拉出来，回到之前所在的页面。
WebSphere Portal starts the page render process, instead of waiting for the back-end call to finish.
WebSpherePortal 将迅速启动页面呈现过程，而不是等待后端调用结束。
The process of adding Ajax to a page used to be excruciating.
向页面添加Ajax的过程曾经非常痛苦。
The vmstat tool outputs thread/process information, memory/swap usage, page ins/outs, disk I/O, page faults, and CPU statistics.
vmstat工具输出线程/进程信息、内存/交换区使用率、换进/换出页面、磁盘I/O、页面错误和CPU统计信息。
In the Linux 2.4 kernel, this can be a daunting task as the page tables for every process must be traversed in order to determine whether or not the page is mapped by that process.
在Linux 2.4内核中，这是一项令人生畏的任务，因为为了确定某个页是否被某个进程映射，必须遍历每个进程的页表。
In the new startup_32 function (also called the swapper or process 0), the page tables are initialized and memory paging is enabled.
在这个新的startup_ 32函数(也称为清除程序或进程0)中，会对页表进行初始化，并启用内存分页功能。
The page size for the process can be set from the page option in the diagram properties.
流程的页面大小可以通过流程图属性中的Page选项进行设置。
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