It is designed to improve server selection, load optimization, and fault tolerance.
它专门设计用于改善服务器选择、负载优化和容错。
To support this, we provided a recovery server selection notification along with failure fencing support.
为了支持上述特性，我们提供了一个恢复服务器选择通知(recovery server selection notification)以及失败防护支持。
The existing server selection algorithms are briefly reviewed and both advantages and disadvantages of these algorithms are described.
本文简要分析了现有的服务器选择算法，指出其优点和缺点。
Among all queries sent to DNS, the proportion of iterative query is larger than 30%, so the performance of server selection algorithm directly affects the performance of a DNS server.
在DNS中的所有查询请求中，迭代查询所占的比例大于30%，因此服务器选择算法的性能对整个DNS服务器的整体性能有着非常大的影响。
The resulting Server Selection entries are shown in Figure 19.
所得的服务器选择条目如图19所示。
This brings up the Server Selection dialog seen in Figure 21, where you can choose to use an existing server or create a new server instance.
选择该选项后将弹出Server Selection对话框，如图21 所示，在该对话框中您可以选择现有服务器或新建服务器实例。
This brings up the Server Selection dialog seen in Figure 21, where you can choose to use an existing server or create a new server instance.
选择该选项后将弹出Server Selection对话框，如图21 所示，在该对话框中您可以选择现有服务器或新建服务器实例。
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