One unique aspect of the AIX VMM is the management of cached file data.
AIX VMM有一个非常独特的方面,即缓存的文件数据的管理。
The AIX VMM has background daemons responsible for doing page replacement.
AIX VMM提供了一些后台守护进程,专门负责进行分页替换。
Tuning the AIX VMM can result in significant performance improvements for workloads.
对AIX VMM进行优化,可以使得各种工作负载获得明显的性能改善。
This article discusses the AIX VMM in detail and the tuning commands that you need to use to tune the VMM.
本文详细地介绍了AIX VMM,以及优化 VMM所需使用的各种优化命令。
This article discusses in detail the AIX VMM and the tuning commands that you will be using to tune memory.
本文将详细讨论AIX VMM,以及将用于优化内存的各种优化命令。
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).
AIX VMM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。
Paging is actually a very normal part of what AIX does, due to the tight integration of its kernel with the VMM and its implementation of demand paging.
实际上,分页是AIX所完成的任务中非常必要的一部分,这是由于AIX内核与VMM及其请求分页的实现进行了紧密的集成。
Paging is actually a very normal part of what AIX 7 does, due to the tight integration of its kernel with the VMM and its implementation of demand paging.
实际上,分页是AIX7所完成的任务中非常普通的部分,这是由于AIX内核与VMM及其请求分页的实现紧密地集成。
AIX, through tight integration of the kernel and VMM, makes use of a methodology called demand paging.
AIX通过将内核与VMM紧密集成在一起,实现了一种称为请求分页的方法。
When you first open a file, the AIX kernel creates an internal VMM object to represent the file.
当您第一次打开一个文件的时候,AIX内核将创建一个内部VMM对象以代表该文件。
AIX provides support for Virtualization through changes in the memory management layer (VMM).
通过内存管理层(VMM)中的更改,AIX提供了对虚拟化的支持。
AIX 7, through tight integration of the kernel and VMM, makes use of a methodology called demand paging.
AIX7通过将内核与VMM紧密集成在一起,实现了一种称为请求分页的方法。
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。
In AIX 6.1 (on POWER6 processors only), VMM can now dynamically use the larger page size based on application memory usage, which should substantially improve performance.
在AIX 6.1中(仅在POWER 6处理器中),V MM现在可以根据应用程序的内存使用情况,动态地使用较大的页面大小,而这将显著地提高性能。
The Virtual Memory Manager (VMM) of AIX anticipates page requirements for observing the patterns of files that are accessed.
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。
In AIX 7, the vmo tool is responsible for all of the configuration of the tunable parameters of the VMM system.
在AIX7中,由vmo工具负责VMM系统的可调参数的所有配置。
In AIX 7, the vmo tool is responsible for all of the configuration of the tunable parameters of the VMM system.
在AIX7中,由vmo工具负责VMM系统的可调参数的所有配置。
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