Multiple gold topology sets of clusters in a single cell.
单个单元中配置多个黄金拓扑集群集。
This technology allows system administrators to create a deployment topology that leverages multiple nodes (physical machines) and clusters (application processes that span physical resources).
这一技术允许系统管理员创建一种利用多个节点(物理机)和集群(跨越物理资源的应用程序进程)的部署拓扑。
The resulting topology will be a new cell that is different from the back-end cell that contains the application server clusters.
生成的拓扑结构将是一个新cell，不同于包含应用服务器集群的后端cell。
The golden topology consists of two clusters of Application Server instances (one for the runtime and one for the messaging), with a single active messaging engine in the messaging cluster.
黄金拓扑包含ApplicationServer实例的两个集群(一个用于运行时，另一个用于消息传递)，在消息传递集群中有一个活动的消息传递引擎。
A common way of distributing functionality across clusters is described in the so-called WebSphere Application Server "golden" topology (Figure 1).
跨集群分发功能的一种常见方法如所谓的WebSphereApplicationServer“黄金拓扑”所示(见图1)。
Figure 12 depicts a relevant segment of the plugin-cfg.xml generated from the application deployment topology where the Ping application is mapped to both the configured clusters.
图12描述了根据应用程序部署拓扑结构生成的plugin - cfg . xml文件的有关片段，其中Ping应用程序被映射到已配置的两个集群。
The result shows that indeed the Hilbert curve clusters the data better according to their topology, giving us an additional 1.5% less data physical reads, compared to the Z-ordering.
结果表明，Hilbert曲线的确能够更好地根据拓扑聚集数据，与 Z 排序相比，它可以减少 1.5% 的数据物理读。
For these scenarios, one technique that can be used to overcome the implicit cluster size limit is to define a super cluster or "cluster-of-clusters" topology.
对于这些场景，可以使用一种技巧来解决这种隐含的集群大小限制，那就是定义一个超级集群或“集群式集群”的拓扑结构。
In this topology, separate clusters exist for applications, messaging, and support.
在这种拓扑中，应用程序、消息传递和支持分别使用单独的集群。
For our sample scenario, we adopted a topology with two separate clusters, one for the WebSphere Process Server applications, and one for the messaging engine.
对于本文的示例场景，我们采取了具有两个单独集群的拓朴，一个集群用于WebSphereProcessServer应用程序，另一个用于消息传递引擎。
This screen allows you to specify how many cluster members of a certain type you want to create on each node. Our target topology has three clusters
屏幕允许您指定在每个节点上创建多少个某种类型的集群成员。
CASP adopts "similar clustering" topology optimization technique to form clusters among peers with related topics and provide cutoff connections to some remote peers.
CASP方法采用“相似结点聚集”的拓扑优化技术，能够在系统中形成主题相关的结点聚集，并提供到部分远程结点的快捷连接。
CASP adopts "similar clustering" topology optimization technique to form clusters among peers with related topics and provide cutoff connections to some remote peers.
CASP方法采用“相似结点聚集”的拓扑优化技术，能够在系统中形成主题相关的结点聚集，并提供到部分远程结点的快捷连接。
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