您要查找的是不是：
- page fault interrupt 缺页中断
- The page fault handling code is in mm/memory. 页面出错处理代码位于mm下的 memory.
- Explorer Caused an Invalid Page Fault in Module Browseui. 资源管理器导致模块错误信息
- In this case the MMU signals a page fault to the CPU. 这中情况下，MMU向CPU发出页面错误信号。
- If there is a page fault, all the old values are written back into memory before the trap occurs. 如果有页面错误;则在自陷中断产生之前;所有原来的数值都要写回存储器.
- Trying to touch memory past the end of your allocated block will earn you an immediate page fault. 尝试接触超过你所分配的（内存）块的末端将让你获得一个直接的页面错误。
- This will result in a page fault, as the FSD will be referring to non-existent memory. 这将造成一个页面异常，FSD会引用不存在的内存页面。
- These actions can cause cache misses and page faults. 这些操作可能导致缓存未命中和页错误。
- To detect problems with page faults, use page fault as the sample event. 要检测导致页面错误的问题,请使用页面错误作为样本事件。
- If a process requests a page in memory and the system cannot find the page at the requested location, a page fault occurs. 如果某个进程请求内存中的某个页面,但是系统在所请求的位置中未找到该页面,则会发生页面错误。
- Simulation of virtual storage management page address translation and page fault, and FIFO method to deal with page fault. 模拟页式虚拟存储管理地址转换和缺页中断，并用FIFO算法处理缺页中断。
- Since the generator must be operated outside your home, it is important for it to be equipped with a ground fault interrupter. 自开办境外发生器必须你的家;这是很重要的它是装有灭弧相接.
- If the application is blocked waiting for disk, network, page fault, etc. The resulting information will not be helpful in determining the actual problem. 如果应用程序因等待磁盘、网络、页面错误等而被阻止,则得到的信息将不能帮助确定实际问题。
- The retrofit has provided a new insulation life for the critical element, the fault interrupter, or contactor. 式样翻新为重要元素提供了新绝缘材料生活, 缺点阻碍者, 或接触器。
- By enabling the memory affinity, AIX attempts to satisfy a page fault using memory attached to the MCM containing the processor that caused the page fault. 通过启用内存关联,AIX尝试使用附加到包含引起页错误的处理器的MCM的内存,来消除页错误。
- If you test your driver in a situation in which the page containing DispatchPower happens fortuitously to be in memory, though, there won't be a page fault. 如果你测试你的驱动在一个这样的情形中：包含DispatchPower的页恰巧偶然存在于内存中，那里将不会有一个页故障。
- These pages are resident and available for an application to use without triggering a page fault. 这些内存页是常驻内存,可供应用程序使用,而不会触发页面错误。
- For any file system, data may be paged, since such a page fault can always be resolved eventually by retrieving the correct contents off disk. 对于任何文件系统，数据应当被分页，因为这样一个页面错误总是能够通过从硬盘上恢复而最终被正确的解决。
- Thus, the file system must not generate additional page faults because this may lead to an "infinite" recursion. 因此，文件系统一定必要产生附加的页面错误，因为这将导致无限递归调用。
- At this point your logic is at fault. 在这一点上你的推理是错误的。
