内容模型中的节点可以携带由com . ibm . portal . MetaData接口表示的元数据。
A node in the content model can carry meta data, represented with the com.ibm.portal.MetaData interface.
在这些模型表示法和支持的转换之下是一系列的元模型。
Underlying these model representations, and supporting the transformations, is a set of metamodels.
SPARQL被设计用来查询以rdf数据模型表示的数据，这种数据模型用一个三元组来表示数据，每个三元组都具有一个主语、一个谓语和一个宾语。
SPARQL is designed to query data represented with the RDF data model, which represents data as a collection of triples, each of which has a subject, a predicate, and an object.
该内容模型具有表示服务描述构件和服务描述元数据的实体。
The content model has entities representing service description artifacts and service description metadata.
最后，您将为整个产品线开发一个功能模型(以uml元类关系图表示)，如图3所示。
Finally, you develop a feature model (expressed in UML metaclass diagrams) for the entire product line, as shown in Figure 3.
我在本文中提供的RDF表示仍然有用，因为它提供了用WSDL编码的元数据的一个具体rdf模型。
The RDF representation I give in this article is still useful because it provides one concrete RDF model of the meta-data encoded in WSDL.
rup元模型的一个分级表示法的例子如下面的表4所示。
A sample hierarchical representation of the RUP meta-model is shown in Table 4 below.
与流程图相比，业务模型的优点之一在于模型包含元数据以及可视化的表示形式。
One of the advantages of a business model as compared to a flow chart diagram, is that the model contains metadata, as well as a visual representation.
使用资源定义框架（请参阅参考资料）的“三重表示法”，还可以按如下方式表示此业务信息模型元数据
Using the "triple notation" of the Resource Definition Framework, (see Resources), this business information model metadata can be also represented as follows
表4：rup元模型的分等级表示。
元数据管理关键在于构建一个全面的、可扩展的元数据模型，表示各种类型的元数据。
The keys of metadata management lie in the construction a comprehensive and extended metadata model which describes all kinds of metadata.
文章提出利于计算机表示的产品物元系统模型、产品软硬模型、产品结构模型。
Matter element system model of products, soft-hard model of products and structure model of products are given, which are propitious to representation in computer.
当前的工作流过程元模型不支持对知识管理机制的表示。
Yet knowledge management mechanisms can not be represented by current workflow process definition meta models.
有限元模型用质量和刚度参数表示，这些参数由正交条件和特征方程的加权欧氏范数取极小值来确定。
The finite element model is expressed by mass and stiffness parameters, which are determined by minimization of weighted Euclidean, norms of orthogonality conditions and characteristics equations.
在细微边界元识别和细微特征分解交替进行的过程中，任意用边界表示法表示的几何模型可逐步简化到任意程度。
In the cycle of detailed boundary entities recognition and detail feature decomposition, an arbitrary solid model which is represented as B-Rep model can be simplified to any level.
体元模型由块体组成，块体之间界面采用连续函数或离散点插值表示。
The volume element model is composed of blocks, in which the interfaces between blocks represent by continuous function or interpolation at discrete points.
建立了机、电、液元（部）件传递矩阵模型的统一表示形式，列出了典型元（部）件的传递矩阵模型。
The transfer matrix models of mechanical, electrical and fluid elements are represented in a unified form, and the transfer matrix models of typical elements are derived.
基于商用CAD软件生成的用STL文件表示的薄壁注塑件实体模型，给出了表面有限元网格模型的生成方法。
Based on a STL file of thin-wall part, which can be produced by almost each commercial CAD software, an algorithm is proposed for Mid-plane mesh model extraction.
它在底层采用特征依赖图保存数据模型，中层用细胞元模型作几何模型，在用户层用视图模型表示。
It USES FDG as data model, cell-based model as geometric model, and view model as user interface, but it is more complex than the former system based on parameter and history.
介绍一种对异质数据库、多媒体信息及其它信息源数据都适用的、统一的元数据表示模型。
A uniform metadata representation is introduced for heterogeneous databases, multi media information and other information sources.
在底层它用特征依赖图作为数据模型，在中层用细胞元模型作几何模型，在用户层用视图模型表示。
It USES feature dependent graph as data model, cell-based model as geometric model, and view model as user interface, but it is more complex than the former system based on parameter and history.
如图1中所示，在步骤102中，产生表示心脏的物理结构的有限元模型(FEM)。
As illustrated in FIG. 1, at step 102, a finite element model (FEM) representing the physical structure of a heart is generated.
势值指各层中元素可以实例化的次数，而空间值用来表示元模型层的元素是否可以进行隔层的实例化。
The potency values are the instance times of level factors and the domain field values present whether the factors can be instanced between different level.
元数据管理关键在于构建一个全面的、可扩展的元数据模型，表示各种类型的元数据。
Oriented the demand of sharing information and service in the distribute network, this paper designed the metadata model based ontology.
同时根据对应急信息资源模型化知识表示，对两层元数据进行知识划分，完善分层的细节。
Metadata should be divided into core metadata and application metadata, which describe two different kind of emergency information resource.
同时根据对应急信息资源模型化知识表示，对两层元数据进行知识划分，完善分层的细节。
Metadata should be divided into core metadata and application metadata, which describe two different kind of emergency information resource.
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