支持模型和其他构件的结构也基于功能区域，但现在服务本身定义服务级别的文件夹结构，如图6 中所示。
The structure to support models and other artifacts is also based on functional areas, but now the services themselves define the low-level folder structure, as shown in Figure 6.
您将使用一个向导实现剩余部分，然后使用指向-点击功能将监视模型转换为J2EE运行时构件。
You'll implement the rest using a wizard, then convert the monitor model to J2EE run-time artifacts using point-and-click functions.
WebSpherePortal编程模型由提供不同功能的几个编程构件组成，例如Portlet、主题和皮肤，以及Portlet服务。
The WebSphere Portal programming model consists of several programming artifacts that provide different functions, such as portlets, themes and skins, and portlet services.
为了稍后能将目标流程模型用于IT检查，需要进行额外的工作，通过使用Modeler中的高级功能准备构件。
In order for the to-be process model be used for the later stage it workup, additional work needs to be done to prepare the artifacts using advanced features in the Modeler.
支持模型和其他构件的结构也基于功能区域，但现在服务本身定义服务级别的文件夹结构，如图6中所示。
The structure to support models and other artifacts is also based on functional areas, but now the services themselves define the low-level folder structure, as shown in Figure 6.
该系统作为模拟模型构件的容器提供了对作物模拟模型的管理和动态调用功能接口。
As a container of simulation model component, it provides function interfaces for simulation model management of crops and function of dynamic transfer.
构件包装器的主要功能是屏蔽构件的异构性，以一致的方式表示构件及其特征，类属构件模型提供了构件包装器接口的定义。
They provide a uniform interface to other aspects of the composition model and specify how a client can access a component in a uniform way.
通过各子功能的协作，量化特制的组装模型实现以构件特征参数为驱动的组装过程。
By the collaboration of multiple submodules, assemble process driven by component character parameter is implemented.
建议一种新颖的功能梯度构件分析的细观元法，给出了方法模型、基本算式及特点与功能。
A new microelement method for the analysis of functionally graded structures was suggested, and the method model, basic computational equations, features and functions were given in this paper.
对领域构件粒度大小和功能划分进行了详细研究，建立了不同粒度的构件模型，并对不同粒度构件之间的关系和装配问题进行了研究。
The domain component grain size and function has also been elaborated, component model of different grains been created and relationship and assembly among various grain components been researched.
对领域构件粒度大小和功能划分进行了详细研究，建立了不同粒度的构件模型，并对不同粒度构件之间的关系和装配问题进行了研究。
The domain component grain size and function has also been elaborated, component model of different grains been created and relationship and assembly among various grain components been researched.
应用推荐