Avoid topologies that involve cross-cell bridging.
避免涉及跨cell连接的拓扑。
Consistency in large topologies makes things simpler.
大型拓扑中的一致性使事情变得较为简单。
Registry supports both simple and complex topologies.
Registry既支持简单拓扑，也支持复杂拓扑。
Create deployment and network topologies for services.
为服务创建部署和网络拓扑。
Define service and applications deployment topologies.
定义服务和应用程序部署拓扑。
Homogeneous and Heterogeneous topologies can be mixed.
同构拓扑和异构拓扑可以混合使用。
The SIBus can be used to construct many ESB topologies.
SIBus可以用于构造多种esb拓扑。
Performance comparison of golden and scalability topologies
黄金拓扑和可伸缩性拓扑的性能比较
This tutorial focuses on the last point: deployment topologies.
本教程关注于最后一点：部署拓扑。
The participating IDS servers can be arranged in various topologies.
这些参与数据复制的IDS服务器可以安排为各种拓扑。
This tutorial requires no prior knowledge of modeling deployment topologies.
本教程不需要您对建模部署拓扑有多深的了解。
Now you can use the virtual system in other topologies by importing the diagram.
现在通过导入拓扑图，您可以使用其他拓扑中的虚拟机系统。
Future articles in the series explore various ESB topologies and how they offer value.
本系列的后续文章将探索各种esb拓扑以及它们如何提供价值。
This article describes supported server topologies, and can help you plan a deployment.
本文不仅描述了支持的服务器拓扑，同时也有助于您规划自己的部署。
These files allow you to create instances of the units and capabilities in topologies.
这些文件允许您去创建单元的实例以及拓扑之中的功能。
A complete overview of portal topologies is a complex topic; we will cover the basics here.
门户拓扑的完整概述是一个复杂的主题；我们将在下面介绍基础知识。
This is particularly useful when inspecting existing code or complex deployment topologies.
当您在检查已存在的代码或者复杂的部署拓扑时，这一点十分的有用。
One of the objectives of large topologies is to share as much of as many things as possible.
大型拓扑的目标之一就是尽可能多地共享资源。
In upcoming installments in this series, you learn more details about various ESB topologies.
在本系列的后续各期中，您将了解有关各种esb拓扑的更多详细信息。
The two different topologies, for historical reasons, are called homogeneous and heterogeneous.
由于历史原因，这两种不同的拓扑被称为同构和异构。
We will start with an example of the two different topologies and then show an combined example.
我们将从两种不同拓扑的示例开始，接着介绍一个组合的示例。
This tutorial assumes a basic familiarity with topologies and the deployment architecture tools.
本文假设您对拓扑以及部署结构工具有一个基本的熟悉。
With these changes, the two different topologies have been added in a mostly transparent fashion.
随着这些改变，这两种不同的拓扑已经以近乎透明的方式被引入了。
Therefore, some emphasis is given to showing how deployment topologies are created and populated.
因此，本教程会向您展示一些重点，以显示怎样创建和实现部署拓扑。
If you want to know more, WAS ND documentation provides ample information about WAS ND topologies.
如果您想了解更多，WASND文档提供足够多的有关WAS ND拓扑的信息。
Figure 32 shows a comparison between the golden and scalability with high availability topologies.
图32显示了黄金拓扑和拥有高可用性的可伸缩性拓扑之间的性能比较。
Therefore, this article series will focus on clustered environments and topologies where applicable.
因此，本系列主要关注集群式环境和其中适用的拓扑。
Neural networks have several different topologies, but the simplest is known as a feedforward network.
神经网络有几种不同的拓扑结构，但是最简单的一种是前馈网络。
In this case, the topologies serve as the reuse method, and can be composed to form larger topologies.
这种情况下，这些拓扑可以当作可重用的方法，也可以构成更大的拓扑。
As per the TDS design, we can have such a configuration wherein we have nested replication topologies.
按照TDS设计，可以在配置中使用嵌套的复制拓扑。
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