| 1. | The local memory pool is made available for reuse
时，本地内存池可供重复使用。 |
| 2. | It is faster to access local memory than the memory associated with other numa nodes
访问本地内存比访问与其他numa节点关联的内存快。 |
| 3. | Local memory is the memory that is on the same node as the cpu currently running the thread
本地内存是指与当前正在运行线程的cpu位于同一节点上的内存。 |
| 4. | The ratio of the cost to access foreign memory over that for local memory is called the numa ratio
访问外部内存的开销与访问本地内存的开销比率称为numa比率。 |
| 5. | Accordingly , hardware node 0 has less local memory available for other applications than the other nodes
因此，硬件node 0可用于其他应用程序的本地内存少于其他节点。 |
| 6. | For example , under memory pressure , the buffer pool will not make any effort to free up foreign memory pages before local memory pages
例如，在内存压力下，缓冲池不会努力尝试在释放本地内存页前释放外部内存页。 |
| 7. | Because numa uses local and foreign memory , it will take longer to access some regions of memory than others . local memory
由于numa同时使用本地内存和外部内存，因此，访问某些内存区域的时间会比访问其他内存区域的要长。 |
| 8. | It is more efficient for a thread to access memory from a buffer page that is allocated on the local memory than to access it from foreign memory
线程从分配到本地内存的缓冲区页访问内存比从外部内存进行访问效率更高。 |
| 9. | The buffer pool memory is divided among four physical numa nodes , n0 , n1 , n2 , and n3 , each with the following local memory available
在四个物理numa节点n0 、 n1 、 n2和n3之间，对缓冲池内存进行了划分，其中每个节点的本地可用内存分别为： |
| 10. | However , if a worker running on node n1 needs to access a database page that is already in node n2 s memory , it accesses the non - local memory
但是，如果节点n1上运行的工作线程需要访问节点n2内存中的数据库页，则表示它要访问非本地内存。 |
