The first change is related to the migration of memory pages between hosts.
第一处改动与主机之间内存页面的迁移有关。
Svmon just reports the total number of in-memory pages of each page type.
svmon只报告每种分页类型在内存中分页的总数。
Memory pages requested by a process are not allocated until they are actually used.
进程所请求的内存页在实际使用时才会分配。
The LPAR's physical memory pages are copied to the shell LPAR on the target system.
LPAR的物理内存页面被复制到目标系统上的shell LPAR。
The initial working set is the memory pages the application consumes during startup.
初始工作集是应用程序在启动期间消耗的内存页。
The working set of an application is the set of memory pages currently available in RAM.
应用程序的工作集是RAM中当前可用的内存页的集合。
You can change this policy, depending on how aggressive you want to be with loaning memory pages.
可以根据您需要的内存页面借用程度修改策略。
The working set of a process is the set of memory pages currently visible to the process in physical RAM memory.
作用就是设置一个进程在当前物理内存中的可视内存页。
The virtual memory pages whose page frames are to be reassigned are selected using the VMM's page replacement algorithm.
可以使用VMM的页面置换算法来选择要重新分配页帧的虚拟内存页面。
Lrud daemons are responsible for scanning in memory pages and evicting pages in order to empty locations in real memory.
lrud守护进程负责在内存分页中进行扫描，并回收某些分页以便为实际内存腾出空间。
It turns out that if you virtualize many of the same operating system and application sets, many memory pages are identical.
事实证明，如果您虚拟化许多相同的操作系统和应用程序组，那么许多内存页面都是相同的。
This value includes only current physical pages and does not include any virtual memory pages that are not currently resident.
此值只包括当前的物理页面，而不包括当前未使用的虚拟内存页面。
This paging algorithm determines which virtual memory pages currently in ram ultimately have their page frames brought back to the free list.
这种分页算法可以确定对当前位于RAM中的哪些虚拟内存页面的页帧进行回收，并放回到空闲列表中。
Several platforms provide the ability to establish a large contiguous section of memory using memory pages that are larger than the default memory page size.
一些平台支持建立一大块相邻的内存区，以便能够使用比默认内存分页大小更大的内存分页。
The application heap size parameter defines the number of private memory pages available to be used by the database manager on behalf of a specific agent or subagent.
应用程序堆大小参数定义了数据库管理器的一个特定代理或子代理所能使用的私有内存页数。
The fix, then, is for us to take advantage of the disk cache to make sure that the memory pages on disk that we must read at startup have already been loaded before we need them.
那么改进的是，利用磁盘缓存来确保在启动时要读取的磁盘上的内存页在我们需要之前已经加载好了。
The display changes when you swap memory pages so you need not copy an Image object from program memory to video memory; you merely change video Pointers and the display changes.
当交换内存页时显示就发生更改，所以您不需要将Image对象从程序内存复制到显示内存；您只要更改视频指针，显示就会发生更改。
Operating systems map memory segments in a processes' address space to memory pages through an internal table which defines what memory segments are owned by what processes, and so on.
操作系统通过一个内部表将处理器地址空间中的内存段映射到内存页，该表定义哪些内存段由哪些处理器所拥有，等等。
Each operating-system process is allocated its own virtual address space — a set of virtual-memory pages that it can read from and write to. Each page can be in one of three states.
每个操作系统进程占用自己的虚拟地址空间，即一组可以读写的虚拟内存页。
The VMM has a page-replacement algorithm, which assigns the page frames and determines exactly which virtual-memory pages currently in RAM will have their page frames brought back to the free list.
VMM 提供了一种页面置换算法，该算法用于分配页帧，以及确定应该将当前RAM 中的哪些虚拟内存页面的页帧置换回空闲列表。
It caches the file data as pages, just like virtual memory for processes.
它将文件数据缓存为分页，就如同进程的虚拟内存一样。
With random write behind, the number of pages in memory exceeds a specified amount and all subsequent pages are written to disk.
使用延迟的随机写操作，当内存中的页面数量超过指定的数量，则将所有后续的页面写入到磁盘。
A buffer pool is an area of storage in memory into which database pages (containing table rows or index entries) are temporarily read and changed.
缓冲池是内存中的一块存储区域，用于临时读入和更改数据库页(包含表行或索引项)。
Depending on your database memory size, other database pages that are used for navigation of business processes might get displaced during this processing.
依赖于您的数据库内存大小，可以在此处理过程中取代其它的用于引导业务流程的数据库页面。
It then commits just a part of the memory, and it is only for this part that the memory manager needs to allocate pages in real memory and in the paging file to back them up.
然后它仅仅提交一部分内存，这也是内存管理程序需要在实际内存和分页文件中分配页来支持它们的那一部分。
AIX treats large pages as pinned memory and does not provide paging support for large pages.
AIX把大页面当作固定内存对待，对于大页面不提供分页支持。
The working storage pages for shared memory regions are not released until the shared memory region is deleted.
对于共享内存区域，直到删除共享内存区域之后，才会释放其工作存储分页。
For example, if an application is reading a file, the file data is cached in memory in permanent storage pages.
例如，如果一个应用程序正在读取某个文件，那么该文件数据将缓存于永久存储分页的内存中。
As the system adds more pages into real memory, the number of empty locations in real memory that can contain pages decreases.
随着系统将更多的分页添加到实际内存中，实际内存中空闲位置(可以包含分页)的数目将会减少。
As the system adds more pages into real memory, the number of empty locations in real memory that can contain pages decreases.
随着系统将更多的分页添加到实际内存中，实际内存中空闲位置(可以包含分页)的数目将会减少。
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