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1·This is now reach the level of Utility Computing.

它现在也可达到效用计算(utility Computing)的级别。

2·When all of them come together — well, it's what we call utility computing 2.0.

而我们所说的“效用计算2.0”实现了以上所有优点。

3·Compute Grid has incorporated many utility computing features. Specifically, it includes.

计算网格集成了许多效用计算特性。

4·Before cloud computing was widely known, there existed grid computing and utility computing.

在云计算得到广泛应用之前，我们使用的是网格计算与效用计算。

5·There's utility computing, grid computing, virtualization, hypervisors, and a hosts of others.

它们有效用计算、网格计算、虚拟化、管理程序和大量其他计算。

6·Utility computing refers to the business model of paying for data traffic or application usage.

效用计算是指按数据流量或应用程序的使用支付费用的一种业务模型。

7·Utility computing: On-demand server capacity powered by virtualization and delivered over the Internet.

效用计算：通过虚拟化和在互联网上按需提供服务器能力。

8·Another new feature is utility Capacity on Demand, which borrows from the concept of utility computing.

另一个新特性是Utility Capacity on Demand，这借用了效用计算的概念。

9·As the figure shows, the top level of abstraction is elasticity, automated deployment, and utility computing.

如图所示，抽象的顶部是灵活性、自动部署和实用计算。

10·We will use the term cloud computing to refer to cloud, elastic, or utility computing but not to grid computing.

实现的是云计算的框架，同时作者给出了云计算与弹性计算、效用计算和网格计算的关系。