应该了解的虚拟内存管理命令包括。
虚拟内存管理。
虚拟内存管理器的更改。
vmo命令也显示和调整虚拟内存管理器参数。
The vmo command also displays and adjusts the Virtual Memory Manager parameters.
AIX虚拟内存管理器控制机器上的所有内存，而不只是虚拟内存。
The AIX virtual memory manager serves all memory on the box, not just virtual memory.
对于分区的环境，虚拟内存管理器(VMM)经历了较大的更改。
The Virtual Memory Manager (VMM) undergoes major changes for a partitioned environment.
可以通过向虚拟内存管理器 (VMM) 提出分配请求，以创建这些缓冲区。
They are created by making allocation requests to the Virtual Memory Manager (VMM).
同时，虚拟内存管理器建立一些结构以将物理位置映射到4gb范围内的虚拟位置。
At the same time, it establishes some structure to map the physical locations to virtual locations in the 4gb range.
他们将这种情形比作开发者似乎不得不要书写操作系统级别代码来处理“多任务”或“虚拟内存管理”的时代。
They compare this situation to the time when developers had to seemingly write operating system level code to handle "multi-tasking" or "virtual memory management".
在前面的优化文章中，您可能还记得虚拟内存管理器(VMM)的参数minperm和maxperm。
In earlier tuning sections, you might remember the Virtual Memory Manager (VMM) parameters minperm and maxperm.
虚拟内存管理器会尝试在进程处于活动状态时至少保留最小的常驻内存量，但决不会保留超过最大大小的内存量。
The virtual memory manager attempts to keep at least the minimum amount of memory resident when the process is active, but it never keeps more than the maximum size.
POWER Hypervisor使用全局分区页表执行虚拟内存管理，并管理分区尝试访问超出其分配限制之外的内存的请求。
The POWER Hypervisor performs virtual memory management using a global partition page table, and manages any attempt by a partition to access memory outside its allocated limit.
通过观察文件的访问模式，AIX的虚拟内存管理器(Virtual Memory Manager,VMM)可以预测页面需求。
The Virtual Memory Manager (VMM) of AIX anticipates page requirements for observing the patterns of files that are accessed.
AIXVMM将缓存的文件数据与对其它类型虚拟内存(例如，进程数据、进程堆栈等等)的管理集成到了一起。
The AIX VMM integrates cached file data with the management of other types of virtual memory (for example, process data, process stack, and so forth).
具体来说，系统没有一个可以支持虚拟内存的内存管理单元。
On the extreme end, ports like uClinux and ELKS target processors that are "too small" for regular Linux; in particular, systems without a memory-management unit that can support virtual memory.
作为一名系统管理员，您应该已经对有关内存的基本知识非常熟悉，如物理和虚拟内存之间的区别。
As a systems administrator, you should already be familiar with the basics of memory, such as the differences between physical and virtual memory.
它报告文件系统的所有层的使用率，包括逻辑卷管理器(LVM)、虚拟内存和物理磁盘层。
It reports on all layers of file system utilization, including the Logical Volume Manager (LVM), virtual memory, and physical disk layers.
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 only 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。
Using this method, the VMM plays a vital role in helping manage real memory, not just virtual memory.
为了提高效率，如果由硬件管理虚拟内存，内存是按照所谓的内存页方式进行管理的(对于大部分体系结构来说都是4kb)。
For efficiency, given the way that the hardware manages virtual memory, memory is managed in what are called pages (4kb in size for most architectures).
当应用程序准备运行时，windows管理系统将在磁盘上的物理内存(RAM)和虚拟内存之间分配应用程序拥有的数据。
When the application is running the Windows management system will distribute the data held by the application between physical memory (RAM) and virtual memory on disk.
Windows 3.0引入大量新功能：程序管理器，纸牌小游戏，支持VGA和虚拟内存，以及一个更有立体感的外观。
Windows 3.0 introduced a host of new features: Program Manager, Solitaire, support for VGA and virtual memory, and a new "3d" look.
正因为这一点，系统管理员不得不更改许多子系统中的设置，特别是虚拟内存子系统(换句话说，即minperm和maxperm)。
Because of this, systems administrators have had to change Settings on many subsystems-most notably with virtual memory (in other words, minperm and maxperm).
正因为这一点，系统管理员不得不更改许多子系统中的设置，特别是虚拟内存子系统(换句话说，即minperm和maxperm)。
Because of this, systems administrators have had to change Settings on many subsystems-most notably with virtual memory (in other words, minperm and maxperm).
应用推荐