它是指向这块内存的指针。
swpd：虚拟内存的使用量。
改变物理内存的配置和使用。
此外，缓存内存的接近也能产生性能优势。
In addition to this, the proximity of cached memory can yield performance advantages too.
当你想节省内存的时候。
When you want to save memory. (although this should impact you only when you have tons of Numbers to store).
是的，一个指向这块内存的指针。
任何对内存的间接引用都是通过使用来完成的。
根据您的逻辑磁盘卷自定义客户虚拟内存的大小。
Customize the customer virtual memory size according to your logical disk volume.
悬空指针可能发生在以微妙方式使用内存的代码中。
Dangling Pointers are likely to arise in code, which USES memory in subtle ways.
这样，您就可以处理太大而无法放入内存的值列表。
This allows you to handle lists of values that are too large to fit in memory.
备用DRAM和可选择镜像能够提升内存的RAS。
Spare DRAM and selective mirroring provide increased memory RAS.
紧接着实例共享内存的是数据库共享内存。
Following the instance Shared memory is the database Shared memory.
需要注意程序的行为并适当地调整永久内存的大小。
You need to be aware of your program's behavior and adjust the size of immortal memory appropriately.
数据库记录是在内存的缓冲池区域里被读取和更新的。
Database records are read and updated in the buffer pool area of memory.
如果分页空间被耗尽，请求更多内存的进程会被杀死。
If the paging space gets exhausted, the process requesting more memory is killed.
本文引入的这种技术可以让您简化作用域内存的使用。
This article introduces a technique that you can use to simplify scoped memory usage.
本文引入了LMMPWT模式以简化作用域内存的使用。
This article introduced the LMMPWT pattern for simplifying scoped memory usage.
SPE与PPE之间最显著的差别在于访问内存的方法。
The most significant difference between the SPE and PPE lies in how they access memory.
为了减少内存消耗，先要找出内存的消耗大户。
To reduce memory usage, start by identifying the largest consumers of memory.
对象引用视图和对象细节视图：提供对象占用内存的信息。
Object Reference Graph, object References, and object Details views: Provide information about objects holding onto memory.
占用空间：执行组件所需的虚拟内存的量可以决定其粒度。
Footprint: the amount of virtual memory required to execute the component can determine its granularity.
这项改变会极大的降低内存的消耗和让图形呈现速度加快。
This change resulted in "dramatic" reduction in memory consumption and faster rendering.
这些方法提供了许多优点，其中之一便是降低了内存的使用。
These options provides many advantages, one of which is decreasing memory usage.
这样就允许您检查和分析相关的变量和调试器中内存的状态。
That allows you to examine and analyze relevant variables and memory contents in a debugger.
显然，这种方法的问题就产生于分布式内存的组织。
Obvious practical problems in this approach stem from the distributed-memory organization.
简介：本文将向您传授关于DB 2如何使用内存的基础知识。
Summary: This article teaches you the basics of how DB2 USES memory.
数据库服务器在虚拟区中管理内存的分配和解除分配。
The database server manages the allocation and de-allocation of memory in this portion.
它显示系统中真实内存和虚拟内存的使用量和空闲量。
It shows the used and free sizes of real and virtual memory in the system.
产生的输出包含关于一个进程使用的内存的大量信息。
The summary information produced contains a lot of information about the memory used by a process.
产生的输出包含关于一个进程使用的内存的大量信息。
The summary information produced contains a lot of information about the memory used by a process.
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