Shared memory provides the fastest method of interprocess communication, because it processes read and write messages at the speed of memory transfers.
共享内存提供了最快的进程间通信方法，因为它以内存传输的速度来处理读写消息。
定义一个共享内存池。
A similar solution is using Shared memory.
类似的解决方案是使用共享内存。
You first configure the shared memory pool.
首先配置共享内存池。
This class stores the Shared memory identifier.
这个类存储共享内存标识符。
The LPARs are assigned "logical" shared memory.
给LPAR分配 “逻辑”共享内存。
Segment 3 - Reserved for instance Shared memory.
段3-预留给实例共享内存。
But what does Shared memory and private memory mean?
但是共享内存和私有内存的意义是什么呢？
DB2 also USES Shared memory for various other heaps.
DB 2还将共享内存用于各种其他的堆。
There is one database Shared memory set per database.
每个数据库有一个数据库共享内存集。
The limit for database shared memory is around 3.5GB.
数据库共享内存的限制大约是 3.5GB。
Quadrant 3 (1gb) is reserved for Global Shared memory.
象限3 (1gb)被预留给全局共享内存。
Create your Shared memory object as shown in Listing 2.
像清单2这样创建共享内存对象。
Object a starts right at the beginning of Shared memory.
对象A直接从共享内存的起始处开始。
The Shared memory is not deleted when the process exits.
当主进程退出时，并不删除共享内存。
The memory areas are known as the Shared memory segments.
内存区域是已知的作为共享内存的段。
Quadrant 4 (0.75gb) is reserved for Global Shared memory.
象限4 (0.75GB)被预留给全局共享内存。
There is one instance Shared memory set per DB2 instance.
每个DB 2实例都有一个实例共享内存。
Its constructor creates the Shared memory and objects in it.
它的构造函数创建共享内存及其中的对象。
The failover is transparent to the Shared memory partitions.
故障转移对于共享内存分区是透明的。
These Settings increase the amount of Shared memory to 32 MB.
这些设置把共享内存总量增加到了32 MB。
If the Shared memory already exists, it simply attaches to it.
如果共享内存已经存在，它就只是依附到现有的共享内存。
This effectively frees up one segment for database Shared memory.
这将有效地为数据库共享内存一个段。
Before converting them to Shared memory LPARS, I did some Numbers.
在把它们转换为共享内存lpar之前，我做了一些研究。
Following the instance Shared memory is the database Shared memory.
紧接着实例共享内存的是数据库共享内存。
The object construction is skipped if the Shared memory already exists.
如果共享内存已经存在，对象的构造就会被跳过。
However, Shared memory segments still can not cross quadrant boundaries.
不过，共享内存段依然不能跨越象限边界。
This article explains instance Shared memory and database Shared memory.
本文将介绍实例共享内存和数据库共享内存。
Table 5. Configuration parameters that affect application Shared memory.
表5.影响应用程序共享内存的配置参数。
Platform Instance Shared Memory Database Shared Memory Agent Private Memory.
平台实例共享内存数据库共享内存代理私有内存。
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