Start with single node benchmarks like STREAM.
首先进行单节点基准测试，比如STREAM。
The message transfer agent was usually a single node.
消息代理节点如果不可靠，将直接影响到消息的传递。
Note: This indicates the database is in single node in ESE environment.
注意：这表明数据库是在ESE环境的单个节点中。
We also present the proof of the single node protection algorithm.
在单节点保护算法的基础上，提出双节点保护算法。
Step 2: Start all servers on a single node of the deployment environment.
步骤2：在部署环境的单个节点上启动所有服务器。
Everything is running smoothly in the environment with a single node of the application server.
在单节点环境的应用服务器中，所有这些工作都可以顺利进行。
The single node protection algorithm can protect every group member except the failure member.
即单节点保护算法可以保护除失效节点之外的其余组播群成员。
A single task-node can contain one or more tasks.
单个任务节点可以包含一个或多个任务。
On a final note, we could have used a single TimeoutControl node in this flow.
最后要注意，我们可以在此流中使用单个Timeout Control节点。
The ability to access to multiple databases within a single Compute node.
能够在单个Compute节点中访问多个数据库。
The ability to access to multiple databases within a single Compute node.
能够在单个Compute节点中访问多个数据库。
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