In this architecture, all data for each vertex must be available at the same time.
在这一架构中，来自各顶点的所有数据都必须同时可用。
See this architecture in Figure 1.
请参见图1中的体系结构。
Services are central to this architecture.
服务是该架构的中心。
Figure 6 illustrates this architecture flow.
图6演示了此架构流程。
There are three key benefits of this architecture.
该架构有三个主要优点。
Performance is not a strength of this architecture.
性能不是该体系结构的强项。
Note that this architecture can be easily extended.
要注意的是这个体系结构很容易被扩展。
Then, you'll program a simple robot using this architecture.
然后使用这个体系结构编写一个简单的机器人。
In Figure 3 below, you can see a representation of this architecture.
在下面的图3中，您会看到这个体系结构的图示。
Next, we'll describe how to realize this architecture using various IBM products.
下一步，我们将描述如何使用各种IBM产品实现该体系结构。
You can use this architecture for other systems that have similar business and it requirements.
您也可以将这种体系结构应用于包含类似的业务及IT需求的系统中。
This architecture is a standard proxy pattern.
该体系结构是标准的代理模式。
This architecture has come to be known simply as LAMP.
这种架构简称为LAMP。
This architecture separates business and application logic from the underlying technology platform.
这个架构将业务逻辑和应用程序逻辑与底层技术平台分隔开来。
This architecture separates business and application logic from the underlying technology platform.
这个架构将业务逻辑和应用程序逻辑与底层技术平台分隔开来。
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