Query the collector node for GPFS SNMP info.
向收集器节点查询GPFSSNMP信息。
Pick a GPFS cluster node to be the collector node.
选择一个GPFS集群节点作为收集器。
An off-cluster choice is more realistic, but you could even choose the same node as the collector node.
在实际环境中常常选择集群之外的机器，但是也可以选择与收集器相同的节点。
It allows users to perform SNMP service collection from a defined Linux OS collector node in the GPFS cluster to a management node.
用户可以在GPFS集群中定义的Linux操作系统收集器节点上执行SNMP服务收集，并将信息发送到管理节点。
On the collector node, stop and start the SNMP daemon (also known as the SNMP master agent or snmpd) so that it picks up the configuration changes
在收集器节点上，停止并重新启动SNMP守护进程（也称为 SNMP主代理或snmpd），让它获得新的配置
If it cannot find a collector node, it will continue searching periodically.
如果不能找到采集节点，它将会周期性的搜索目标。
Sensor devices must be able to discover and bind to a collector node automatically upon joining the network.
传感设备必须能在加入网络后发现采集节点并能与之绑定。
An example where you might use the collector node is if you need to extract, combine and transform information from three different sources (a combination of file and queues for instance).
例如，如果需要从三个不同的源提取、合并和转换信息(例如组合文件和队列)，则可能用到Collector节点。
Think of the Collector node as an advanced triggering mechanism.
可以将Collector节点视为一个高级触发机制。
To enable the easier coding of advanced triggering scenarios,including event processing, a new configuration driven processing node called the Collector node has been added.
为了能够更容易地编码高级触发场景（包括事件处理），添加了一个新的配置驱动的处理节点，即 Collector 节点。
To enable the easier coding of advanced triggering scenarios,including event processing, a new configuration driven processing node called the Collector node has been added.
为了能够更容易地编码高级触发场景（包括事件处理），添加了一个新的配置驱动的处理节点，即 Collector 节点。
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