How much real memory does my machine have?
机器上的真实内存有多少？
Is that our illusion or the real memory?
这是我们的错觉还是真实记忆呢？
After 6000 users, SLES 8 ran out of real memory.
在6000个用户以后，SLES8就耗光了内存了。
This is the real memory being used by the process.
这是此进程正在使用的真实内存。
Once a page is loaded into real memory, it is marked as unmodified.
在将分页加载到实际内存中之后，它将被标记为未经修改的。
To display real memory in kilobytes (KB), type one of the following.
要想以KB为单位显示真实内存，输入以下命令之一。
To understand how a system's real memory is being used, svmon displays three columns.
要了解系统实际内存的使用情况，svmon显示了下面三列。
Before any program can run, the operating system loader must load it into real memory.
在运行任何程序之前，操作系统装载器必须将它装载到实际内存中。
To resolve the page fault, the AIX kernel loads the referenced page to a location in real memory.
为了解决缺页，AIX内核会将所引用的分页加载到实际内存中的某个位置。
The way demand paging works is that the kernel only loads a few pages at a time into real memory.
请求分页的工作原理是，内核一次仅装载少量页面到实际内存中。
The managed system is configured with a Shared memory pool that has 2 GB of real memory assigned.
受管理系统配置一个共享内存池，这个池有2GB的真实内存。
Using this method, the VMM plays a vital role in helping manage real memory, not only virtual memory.
使用这种方法，VMM在帮助管理实际内存方面扮演了重要的角色，而不仅是在虚拟内存方面。
Using this method, the VMM plays a vital role in helping manage real memory, not just virtual memory.
通过使用这种方法，VMM在帮助管理实际内存方面扮演了重要的角色，而不仅是在虚拟内存方面。
The vmstat -v command displays the numclient value for a system as a percentage of a system's real memory.
vmstat—v命令可以显示系统的numclient值占系统实际内存的百分比。
When an application references a page that is not mapped into real memory, the system generates a page fault.
如果应用程序引用了某个分页，而该分页并没有映射到实际内存中，那么系统将产生一个缺页。
For example, if you are running AIX 5.3 on a 64-bit kernel, the parameter is set at half the size of real memory.
例如，如果您在64位内核中运行AIX 5.3，那么将该参数设置为实际内存大小的一半。
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。
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。
When the number of free page frames gets to a low value, the AIX kernel must empty out some locations in real memory for reuse of new pages.
当空闲分页框架的数目达到某个较低的值时，AIX内核就必须清空实际内存中的某些位置，以便重用新的分页。
Every time a memory location is addressed for program instructions or data, a virtual address is translated into a physical or real memory address.
每次为程序指令或数据处理内存位置时，都需要将虚拟地址转换成物理(或实际)内存地址。
The -v option specified with the vmstat command displays the percentage of real memory being used for different classification of pages (see Listing 1).
使用带- v选项的vmstat命令可以显示不同分页类型所使用的实际内存百分比(请参见清单1)。
This tool determines the size of real memory, allocates enough memory to consume it, touches the allocated memory as quickly as possible, and then releases it.
该工具确定了实际内存的大小，分配足够的内存，很快地占用分配的内存然后将其释放。
In AIX 6.1, the VMM replacement default is changed to utilize up to 90 percent of its real memory for file caching, favoring computational pages over file pages.
在AIX 6.1中，vmm替换缺省值已经更改为利用高达90%的实际内存进行文件缓存，这样更有利于计算性页面，而不是文件页面。
The number of non-computational pages is referred to as numperm: The vmstat –v command displays the numperm value for a system as a percentage of a system’s real memory.
非计算性分页的数目称为numperm：vmstat –v命令可以显示系统的 numperm值所占系统实际内存的百分比。
During the migration operation, all the memory that has been paged out to a paging space device is first read into real memory before being transmitted to the target server.
在迁移操作期间，换出到分页空间设备上的所有内存先被读入真实内存中，然后传输到目标服务器。
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。
Processor capacity is doled out in slices, application images are constantly shuffled in and out of real memory, and device access is driven by demand and policed by access rights.
处理器能力被划分为时间片，应用程序映像经常被换入和换出真实内存，设备访问由需求驱动，还受到访问权限的限制。
Processor capacity is doled out in slices, application images are constantly shuffled in and out of real memory, and device access is driven by demand and policed by access rights.
处理器能力被划分为时间片，应用程序映像经常被换入和换出真实内存，设备访问由需求驱动，还受到访问权限的限制。
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