图1显示了该词汇表的部分实体关系图。
Figure 1 shows a partial entity-relationship diagram for the vocabulary.
图6：实体关系模型的反向工程元模型。
Figure 6: Reverse engineered meta-model for entity relationship models.
列表2：用例的实体关系。
图7所示为SA实体关系与EAML之间的映射。
Figure 7 shows the mapping between SA Entity Relationship and EAML.
第5步与更改jpa实体关系本质的活动不相关。
Step 5 is not related to the overall activity of changing the nature of the relationship of your JPA entities.
依据实体关系图可以建立物理的数据库。
The physical database should be created by the entity relationship diagram.
为什么我需要实体关系？
数据库模型：包括SOA使用的数据库的实体关系图。
Database model: Includes an entity relationship diagram for the databases the SOA USES.
研究了汉语实体关系模式的自动获取技术。
Study the technology of obtaining Chinese entity relation pattern automatically.
元模型相对容易理解；它们与实体关系模型非常相似。
Metamodels are relatively easy to understand; they are similar to an entity-relationship model.
图2展示了 图1中引用的表的实体关系图。
Figure 2 shows the entity-relationship diagram of the tables referenced in Figure 1.
识别句子中实体关系是信息抽取的重要技术。
Identifying entity relation of sentence is important technology of information extraction.
因此该方法对于汉语实体关系识别具有一定价值。
So it has some value to identifying Chinese entity relation.
实体关系抽取是信息抽取领域中的重要研究课题。
Entity Relation Extraction is an important research field in Information Extraction.
本文所述的方法适用于多种复杂的空间实体关系。
This method can be applied in studying different kinds of complex spacial relationship.
实验证明srv算法用于命名实体关系的抽取是成功和有效的。
The experiment demonstrates that SRV is successful and effective for the named entity relation extraction.
然后对数据库的设计进行了详细的介绍，并绘制了实体关系图。
And then it has introduces the design of database in detail, and drawn entity relationship diagram.
由于网络构建中边的重要性，本文主要对实体关系抽取进行研究。
Owing to the important of edges in the network modeling, we mainly research the entity relation extraction.
Eclipse的EMF项目也正在遵循实体关系建模技术来捕获DSL。
Eclipse's EMF project is also following the entity-relationship modeling technique to capture DSLs.
对于传统的建模技术，例如实体关系图或数据流程图，没有可用的特定测试技术会过时。
For traditional modeling techniques, such as entity relationship diagram or data flow diagram, no specific test techniques are available to date.
例如，就一个管理者和一个员工之间的实体关系来说，多个员工是被一个管理者管理的。
For example, in the case of an entity relationship between a manager and an employee, the employees are managed by a single manager.
这个问题实际强调了数据库样式的实体关系（ER）世界观和面向对象（OO）世界观之间的不同。
This issue really highlights the difference between a database-style, entity-relationship (ER) worldview and an object-oriented (OO) worldview.
更为有效的表达方法，例如实体关系或者对象模型，可以用来解决复杂的数据映射或者查询异构数据。
More powerful representations, such as entity/relations or object models, are needed if one wants to perform a complex mapping of databases to each other or to query across heterogeneous databases.
图2显示由此产生的运行示例的实体关系(Entity Relationship,ER)图表。
Figure 2 shows the resulting entity relationship (ER) diagram of the running sample.
还存在其他方法和形式，但是本文将集中于实体关系建模技术，因为此项技术与稍后将描述的技术更密切相关。
There are other approaches and forms, but this article focuses on the entity-relationship modeling technique because it is more closely related to the technologies described later.
规范化决定在逻辑数据模型中得以完成，并导致实体-实体关系与超类型-子类型层次关系的最终规范化表示。
Normalization decisions are finalized in the logical data model resulting in the final normalized representation of entity-to-entity relationships as well as supertype-to-subtype hierarchies.
另外，类似于CWM,ODM提供了可以在业务功能模型分解，业务信息需求以及组织分解中使用的实体关系。
In addition, like CWM, ODM provides an entity relationship that could be used to model business functions decomposition, business information needs, and organization, decomposition.
结合在集成本地XML存储数据一节介绍的场景，来看看图4所示的实体关系图，该图描述了一个在线书店的场景。
Based on the scenario introduced in the Integrating local XML store data section, consider the entity relationship diagram shown in Figure 4 that describes an online bookstore scenario.
给出了业务体系结构、系统涉及的核心实体关系的抽象表示和系统应采用的技术，设计了业务处理流程。
The business system structure, the abstract of the core entity relations and the technology applied to the system are given, designs the business process flow.
有些形式的规则在模型中的业务类型定义中是隐式的，它们出现在被建模领域的业务类型的UML和实体关系(ER)模型中。
Certain forms of rules are implicit in the definition of the business types in the model, and manifest in UML and entity relationship (er) models of the business types of the modeled domain.
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