NUMA servers will attempt to satisfy memory-allocation requests from within the pod, but will allocate memory from other pods if necessary. An example of a NUMA server is shown in Figure 1 below
NUMA服务器将试图满足来自 pod 中的内存分配请求,但是如果必要的话,也将从其他pods分配内存。
DB2 V8.2.2 for Linux now includes the ability to support local memory NUMA-affinity for logical database partitions on NUMA-based servers.
DB 2V8.2.2 forLinux现在包含这样一种能力,即对基于NUMA的服务器上的逻辑数据库分区支持本地内存numa亲和力。
To pin a logical database partition to a NUMA pod, you enter the NUMA pod number in the resourcesetname column in the db2node.cfg file.
要将逻辑数据库分区与NUMApod 相关联,需要在db2node.cfg文件 中的resourcesetname列输入 NUMA pod号。
This paper presents a hierarchical scheduling algorithm based on NUMA topology after analyzing the O(1) scheduling algorithm's support for NUMA.
该文在深入分析O(1)调度算法对NUMA支持的基础上,提出一种基于NUMA拓扑结构的分级调度算法。
This paper presents a hierarchical scheduling algorithm based on NUMA topology after analyzing the O(1) scheduling algorithm's support for NUMA.
该文在深入分析O(1)调度算法对NUMA支持的基础上,提出一种基于NUMA拓扑结构的分级调度算法。
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