So what kind of performance gain can we expect when using asynchronous workflows?
那么，当使用异步工作流的时候我们希望看到哪方面的性能改善呢？
For more information about asynchronous workflows, see asynchronous workflows.
有关异步工作流的更多信息，请参见异步工作流。
Sequence expressions are an example of a computation expression, as are asynchronous workflows.
序列表达式与异步工作流一样，都是计算表达式的示例。
This means that by using asynchronous workflows correctly you will be able to harness some of this extra processing power.
这意味着，通过正确利用异步工作流，你将能够充分使用这些额外的处理器能力。
Asynchronous workflows were introduced to tackle this specific problem. So now let's take a look at the asynchronous workflow version.
异步工作流就是为了应付这个特殊的问题而引入的。
Reading and processing files is not the only place that asynchronous workflows are useful, they can also be used for network programming.
读取和处理文件不仅是异步工作流应用的一个地方，它们也能被用于网络编程。
Using the asynchronous programming model can help make your applications more scalable and the asynchronous workflows can help you do this more easily.
使用异步编程模型能帮助你让应用程序更具伸缩性，而异步工作流可以帮你更容易地完成这样的工作。
This article will look at an interesting use of the workflow feature called asynchronous workflows, which are aimed at simplifying.net's asynchronous programming model.
这篇文章将探讨一下称之为异步工作流的工作流特性的有趣用法，它的目的就是要简化。NET的异步编程模型。
Asynchronous workflows tackle a very specific problem, how to use the.net asynchronous programming model correctly, providing the most elegant solution available on the.net framework.
异步工作流解决了一个很具体的问题，如何正确地使用。NET异步编程模型，来在。NET框架中提供最优雅的解决方案。
Asynchronous workflows tackle a very specific problem, how to use the.net asynchronous programming model correctly, providing the most elegant solution available on the.net framework.
异步工作流解决了一个很具体的问题，如何正确地使用。NET异步编程模型，来在。NET框架中提供最优雅的解决方案。
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