Effective IT management solutions require powerful component technologies — a theme further explored in this tutorial.
有效的IT管理方案要求采用强大的组件技术——本教程将对此主题进行进一步讨论。
Table 1 generally categorizes the various component technologies in terms of their usage as fine- or coarse-grained component models.
表1根据其用作细粒度组件模型还是粗粒度组件模型对各种组件技术进行了大致归类。
Table 2 categorizes, in general, the various component technologies in terms of their usage as fine - or coarse-grained component models.
表2根据其用于细粒度组件模型还是粗粒度组件模型对各个组件技术进行了大体归类。
See the Inventory of component technologies section for a categorization of component models based on the attributes described in this article.
有关如何基于本文所述的属性对组件模型进行归类，请参见 组件技术目录部分。
The versatility of XML makes web services different from other component technologies in that it allows the separation of syntax from semantics.
由于允许语法、语义分离，XML的多功能性使得Web服务与其他组件技术有所不同。
We develop the key component technologies of these systems and use publicly available technologies when appropriate.
我们将专注于开发系统中的关键技术模块，而系统其他部件将采用公开可得的技术。
The CCM and EJB stand for the two leading component technologies, which will be more and more widely applied to the development and deployment of the distributed systems.
CCM和EJB代表了当前业界最主流的两种组件技术，将被越来越广泛地应用于分布式系统的开发和部署中。
The CCM and EJB stand for the two leading component technologies, which will be more and more widely applied to the development and deployment of the distributed systems.
CCM和EJB代表了当前业界最主流的两种组件技术，将被越来越广泛地应用于分布式系统的开发和部署中。
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