Figure 23 shows you the memory pools summary.
图23显示内存池摘要。
Figure 2 shows the various memory pools within the database Shared memory set.
图2展示了数据库共享内存集内的各种内存池。
Any errors detected by the memcheck program when scanning the Notes/Domino memory pools.
在扫描Notes/Domino内存池时，memcheck 探测到的任何错误。
Memory pools were added during 2.5 development to satisfy memory allocations without sleeping.
在2.5的开发过程中，加入了内存池，以满足无间断地进行内存分配。
These limits dictate how we configure each of the memory pools in the database shared memory set.
这些限制规定了我们该如何配置数据库共享内存集中的每个内存池。
The configuration parameters that control the sizes of these memory pools are shown in parenthesis.
括号中显示了控制这些内存池大小的配置参数。
Just a number in the NAME column is the session id since memory pools for a session are tracked by session id.
name列中的数字是会话id，因为会话的内存池是按会话id跟踪的。
For example, the buffer pools and the database heaps are two separate memory pools within the database memory set.
例如，缓冲池和数据库堆是数据库内存集内的两个不同的内存池。
When configuring DB2 memory usage, keep in mind that all the memory pools need to fit into the addressable user space.
在配置DB 2内存的使用时应记住，所有内存池应该能够纳入可寻址用户空间。
If database_memory is set to a number, then the larger of database_memory or the sum of the individual memory pools is used.
如果database_memory被设为某个数字，则采用database_memory与各内存池之和这两者之间的较大者。
Returns information about the Shared memory pools available to the full-text gatherer for a full-text crawl or a full-text crawl range.
返回可供全文爬网或全文爬网范围的全文收集器使用的共享内存池的有关信息。
The operating system actually needs some of this 4 GB of memory for mapping and other memory pools for all the Lotus Domino tasks that it runs.
但是实际上，操作系统需要用这4GB内存的一部分处理映射和其他内存池，这是它运行的所有LotusDomino任务所需要的。
Both 16-megabyte and 16-gigabyte page sizes require careful sizing of the memory to be allocated to these different page-size AIX memory pools.
MB和16 GB页面大小都要求小心地调整分配给这些不同页面大小的AIX内存池的内存大小。
The full green boxes mean the memory pools are allocated in full when the database is started. Otherwise, only partial amount of memory is allocated.
完整的绿色方框意味着，在数据库启动的时候，该内存池是完全分配的，否则，就只分配部分的内存。
This means DB2 will calculate the amount of database memory needed for the current configuration, based on the sizes of the various memory pools listed above.
这意味着DB 2将根据以上列出的各内存池的大小来计算当前配置所需的数据库内存量。
The agent private memory set consist of the following memory pools. Their sizes are specified in the database configuration parameters enclosed in parenthesis.
代理私有内存集由以下内存池组成。
With 100 GB and five memory pools, memory is broken into five pools of roughly 20 GB a piece and each LRUD handles around 20 GB (this is a very simplistic view).
假设使用 100GB内存和五个内存池，内存会划分为五个大约20 GB的池，每个LRUD 处理大约 20 GB（这是非常简化的描述）。
While the sizes of most of the memory pools are pre-determined by their configuration Settings, the sizes for the following two memory pools are dynamic by default.
虽然大多数内存池的大小是由它们的配置参数预先确定的，但下面两种内存池的大小在默认情况下却是动态的。
You can introduce some tolerance by using G-WAN memory pools which will make data survive a KV deletion as long as the memory is not overwrited (or the pool freed).
你可以介绍利用g-wan内存池将使数据在千伏缺失只要内存不重写一些公差（或池释放）。
The full green boxes in the figure below mean the memory pools are allocated in full when the database is started. Otherwise, only partial amounts of memory is allocated.
图中的完整绿色方框意味着，在数据库启动的时候，该内存池是完全分配的，否则，就只分配部分的内存。
The second technique is to reduce the polling overhead of the JMX exposed memory pools further by implementing the listening collector pattern instead of a polling pattern.
第二个技巧是使用监控收集模式代替轮询模式，从而进一步减少JMX公开内存池的轮询开销。
When ESTORE is present, a certain amount of memory is taken away from the database Shared memory for managing the ESTORE, which means less memory for the other memory pools.
如果使用ESTORE，那么就要从数据库共享内存中拿出一定的内存，用于管理ESTORE，这意味着用于其他内存池的内存将更少。
As we have mentioned earlier, the agent private memory includes several memory pools such as the application heap size, sort heap size and statement heap size. (See Figure 1).
之前我们曾提到过，代理私有内存包括一些内存池，例如应用程序堆大小、排序堆大小和语句堆大小。
The Memory usage for the applications Heap, Non Heap, Permanent Generation and the different memory pools that the JVM has (new generation, tenured generation, survivor space, etc.)
程序对堆、非堆、永久保存区（Permanent Generation），以及JVM包含的不同内存池（新生对象区、长期对象区、存活空间等）的内存使用情况
When you design buffer pools, you should consider the database memory requirements.
当您设计缓冲池时，您应该考虑数据库的内存需求。
To prevent all information being compressed, memory is split into two pools, a compressed pool and an uncompressed pool.
为了避免压缩所有信息，内存划分为两个池，一个压缩的池和一个不压缩的池。
This difference in performance gain is predictable because the pressure on the TLB cache increases as the size of the database and the memory assigned to the DB2 buffer pools increases.
这两组测试得到的性能结果的不同是可以预测的，因为随着数据库和分配给db2缓冲池的内存的增加，TLB缓存上的压力也随之增加。
Compared to other memory buffers, buffer pools have the most significant impact on database performance.
与其他内存缓冲区相比，缓冲池对数据库性能的影响最为显著。
Compared to other memory buffers, buffer pools have the most significant impact on database performance.
与其他内存缓冲区相比，缓冲池对数据库性能的影响最为显著。
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