问：我应该在一个节点上放置多少应用服务器实例？
Question: How many application server instances should I place on one node?
每个模式都应用于代理的一个节点。
计算单元中的信任单位是所有节点上的所有应用服务器。
The unit of trust in a cell is all application servers over all nodes.
要开始该过程，首先需要一个应用服务器节点。
To begin the process, you first need an application server node.
接下来，将任何扩展数据应用于这个节点对象。
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。
Everything is running smoothly in the environment with a single node of the application server.
这里的计划是将应用服务器节点用作备份。
The plan here is to use an application server node as a backup.
这个IP地址映射到实际运行应用程序的节点。
This IP address is mapped to a node where the application is actually running.
对每个节点应用许可证。
相同的定义将自动应用于SOAPReply节点。
The same definition is automatically applied to the SOAPReply node.
相同的定义将自动应用于SOAPAsyncResponse节点。
The same definition is automatically applied to the SOAPAsyncResponse node.
所有给定的应用程序都被迁移到可用能力或资源最多的节点上。
Any given application is migrated to the node with the most available capacity or resources.
您不需要在备份节点上创建任何应用服务器。
You do not need to create any application servers on the backupNode.
将应用程序更新发布到节点。
在同一节点上迁移应用程序。
另外，重复步骤5以确认应用程序在两个节点上运行。
Also, repeat Step 5 to verify that the application works on both the nodes.
另外，重复步骤5以确认应用程序在两个节点上运行。
Also repeat step 5 to verify that the application works on both the nodes.
问：我能否将特定应用程序限制于特定节点？
Question: Can I limit certain applications to certain nodes?
您还可以在每个单独的节点和集群中查看已部署的应用程序
You can also view the deployed application on each individual node and cluster
我们在这两个节点之上创建三个应用程序服务器集群。
Across the two nodes, we create three clusters of application servers.
步骤1定义保持应用程序高可用性所用的节点。
Step 1 Define the nodes that will keep your application highly available.
继续停留在CheckFraudHistory业务应用程序节点的工作包。
Continue the work package staying in the CheckFraudHistory business application node.
这个工作包将转移到CheckFraudHistory业务应用程序节点。
The work package will be moved to the CheckFraudHistory business application node.
工作包将移动到CheckFraudHistory业务应用程序节点。
It will move the work package to the CheckFraudHistory business application node.
构建了农业数据网格节点应用环境。
The application environment of agricultural data grid node was constructed.
应用程序节点。
系统以PC作为主机，以单片机应用系统作为控制节点。
The system uses PC as the master and MCU application system as the slave.
节点的功耗、布撒环境以及具体应用等因素，都对节点的能量供给有重大影响。
The node power consumption, environment and application all influence the WSNs node power supply greatly.
应用信度模型来评价节点的服务能力和稳定性。
The credit model is applied to evaluate the reliability of the peers.
最后讨论了系统应用软件设计，介绍了各节点驻留的应用进程。
Finally, it discusses the design of application software, introduces the application process of nodes.
应用推荐