您要查找的是不是：
- In an actual production configuration, we would expect that the NSF Buffer Pool Size value would be set to a higher value. 在实际的产品配置中,我们期望NSF Buffer Pool Size值应该设置为一个比较大的值。
- buffer pool size 缓冲区容量
- Option to limit the buffer pool. 选项限制缓冲池。
- Shows a screen shot of the buffer pool analyzer. 显示了缓冲池分析器的一个屏幕快照。
- Number of buffer pool reserved pages. 缓冲池保留的页数。
- The buffer pool can be observed by viewing the. 对象来观察缓冲池。
- HOW TO CALCULATE YOUR SHARED POOL SIZE. 要计算最适合你工作负载的共享池大小,请参考
- Table space can span more than one partition and can have a different page size and buffer pool. 表空间可以跨多个分区,并且可以具有不同的页面大小和缓冲池。
- These include the potential to damage the buffer pool. 其中包括可能损坏缓冲池。
- Total number of committed pages in the buffer pool on this node. 此节点的缓冲池中已提交的总页数。
- If it is not, then the connection pool size is probably too small. 否则,连接池大小可能会太小。
- Name of the default buffer pool to be used for the index blocks. 用于索引块的默认缓冲区池的名称。
- The buffer pool can be observed by viewing the Buffer Node object. 可以通过查看Buffer Node对象来观察缓冲池。
- SQL Server adds memory to the buffer pool only when its workload requires more memory; a server at rest does not increase the size of its buffer pool. SQL Server仅在其工作负荷需要较多内存时才向缓冲池增加内存;处于休眠状态的服务器不会增大其缓冲池的大小。
- Connections are added to the pool as needed, up to the maximum pool size. 连接将根据需要添加到池中,直至达到最大池大小。
- Number of 8-KB buffers in the buffer pool. 缓冲池中的8 KB缓冲区数。
- Subsequent users may often find some of these resources in the buffer pool. 随后的用户则常常可以发现有些资源已经在缓冲池中。
- Increase buffer pools if memory is available. 如果内存允许,应增加缓冲池。
- The example below uses buffer pools. 下面的例子对缓冲池进行快照。
- Buffer pools are areas in memory. 缓冲池是内存中的区域。
