The monitor server is running on a separate server and receives the events from the process server through a service integration bus (SIBus).
监视服务器在单独的服务器上运行，并通过服务集成总线(service integration bus, SIBus)接收来自流程服务器的事件。
PresenceServerAddress: Passed across the Web services interface to the presence monitor server, this specifies where to send the SIP subscription.
presenceServerAddress：通过Web服务接口传递到状态监视器服务器，这指定了将SIP订阅发送到何处。
Servers with IPMI functionality let network administrators access and monitor server hardware, and diagnose and restore a frozen server to normal operations.
具有IPMI功能的服务器让网管员访问和监视服务器硬件，对冻结的服务器进行诊断和恢复正常运转。
Events delivered in the form of Common Base event (CBE) version 1.0.1 and described using the event catalog file format can be used as part of monitor models and consumed by the monitor server.
以CommonBaseEvent (CBE)v 1.0.1形式提交并使用事件目录文件格式描述的事件可以用做Monitor模型的一部分，并由Monitor服务器使用。
Now you're ready to deploy the EAR file on the Monitor server.
现在您已准备好在Monitor服务器上部署EAR文件。
This section discusses parameters for tuning the Monitor server.
本小节讨论调优monitor服务器的参数。
If the Monitor server is not already started, start it from the Servers view, as shown in Figure 25.
如果Monitor服务器还没有启动，那么从Servers视图启动它，如图25所示。
The product includes silent install capability for Monitor features such as the database, Monitor server, and the dashboard server.
该产品包括Monitor功能（如数据库、Monitor服务器和仪表板服务器）的无提示安装功能。
Before deploying the EAR file, make sure the Monitor server is running, then start the administrative console for the Monitor server.
部署EAR文件之前，确保Monitor服务器在运行，然后启动Monitor服务器的管理控制台。
Monitor V6.2 adds to this, providing example configuration scripts and documentation to guide administrators in implementing the WS-Notification option with Monitor server.
MonitorV6.2添加了此内容，并提供了示例配置脚本和文档，可以指导管理员在 Monitor 服务器中实现WS-Notification选项。
The important tuning parameters for the Monitor server are the message consumption batch size, the event processing batch size, and the recurring wait-time checking interval as shown in Figure 12.
针对Monitor的重要调优参数有Messageconsumptionbatchsize、Eventprocessing batch size和recurring wait-time checkingintervals，如图 12 所示。
An event that correlates to all of them, arriving once every 10 seconds, would result in over 100,000 event deliveries per second, which in turn results in high CPU utilization of the Monitor server.
如果一个事件与所有这些实例相关，且每10秒到达一次，那么这将导致每秒超过100,000个事件交付，从而导致很高的Monitor服务器CPU占用。
An event that correlates to all of them, arriving once every 10 seconds, would result in over 100,000 event deliveries per second, which in turn results in high CPU utilization of the Monitor server.
如果一个事件与所有这些实例相关，且每10秒到达一次，那么这将导致每秒超过100,000个事件交付，从而导致很高的Monitor服务器CPU占用。
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