服务器农场模式是一个很好的方式，实现并行化效率高，因为它是自动平衡。
The server farm pattern is a good way of achieving high parallelization efficiencies because it is self-balancing.
当客户机发出对web页面的请求时，服务器农场(farm of server)可以提供所需的内容。
As clients make requests for Web pages, a farm of servers can serve up the necessary content.
随着网络泡沫时代的兴起，新兴的网络机器常放在精心设计的“服务器农场”里，而这些农场大部分建在硅谷和其它一些高科技中心。
And dedicated "server farms", which came of age during the dotcom bubble and often housed the machines of Internet start-ups, were mostly built in Silicon Valley and other high-tech hubs.
就像一个逻辑Web站点通过外加服务器农场(Server Farm)中的服务器来进行扩展一样，NetKernel应用通过外加CPU和CPU核来进行扩展。
Just as a logical web site scales with the addition of servers in a server farm, NetKernel applications scale with the addition of CPUs and cores.
这里是概念：您的开发人员，需要创建一个他们可以使用测试新的应用程序的虚拟服务器的农场。
Here's the concept: Your development staff needs to create a farm of virtual servers they can use for testing new applications.
让我们考虑影响较小，只有开发服务器虚拟化农场为例。
Let's consider as an example a low-impact, development-only server virtualization farm.
让我们考虑影响较小，只有开发服务器虚拟化农场为例。
Let's consider as an example a low-impact, development-only server virtualization farm.
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