Our goal is to build better domain models.
我们的目标是构建更好的域模型。
Domain models are usually persistent and long-lived.
域模型通常是保持的且是长时间活动的。
With these languages, you build ontologies or domain models.
通过这些语言可以建立本体或者域模型。
Tracking time is a very common requirement in business domain models.
跟踪时间在业务模型领域是非常常见的需求。
These are more commonly used in the NIEM domain models than in your IEPDs.
这些属性在NIE m域模型中经常使用，但在您的IEPD中则使用的少一些。
It introduces interchange formats, for domain models as well as visual models.
它还引入了针对领域模型和可视化模型的交换格式。
Just as business domains differ, so do their domain models, persistent or not.
业务领域各不相同，所以它们的领域模型和持久化方式也可能不同，但也有相同之处。
Domain Models - Allow you to define specific data types for your business.
领域模型——允许为业务定义特定的数据类型。
This article covers best practices that apply to many domain models across industries.
本文讨论应用于不同行业的许多领域模型的最佳实践。
Therefore, we have combined UML and OCL to help analysts improve the quality of domain models.
因此，我们拥有合并的UML与OCL，来帮助分析员提高域模型的质量。
As a result, domain models can leverage well-designed pattern languages to a very high degree.
因此，域模型能够充分地利用设计良好模式语言。
You have so far seen the concept of logical data models, domain models, and physical data models.
到目前为止，已经介绍了逻辑数据模型、领域模型和物理数据模型的概念。
You can create a domain model so that it can be used in other domain models or other logical data models.
可以创建一个领域模型，这种模型可以在其他领域模型或其他逻辑数据模型中使用。
Domain models represent graphical presentation of domain knowledge and derive from the parts of domain.
领域模型是领域知识的一种图形化表示形式，是领域知识各组成部分的抽象。
Grails encourages a bottom-up development process, where you usually start by defining your domain models.
Grails鼓励采用自下而上的开发过程，在这种开发过程中通常从定义域模型开始。
Tom now associates the domain models with the specific columns in the physical data model that represent the GSDB schema.
现在，Tom将域模型与表示GSDB模式的物理数据模型中的特定列关联起来。
The data that the BPEL engine needs to maintain relates to the domain models like customers, clients, suppliers, products and so on.
BPEL引擎需要维护的数据和领域模型(如顾客、客户、提供商等等)有关。
This paper introduces compositions of formal domain model, and how to build formal domain models from requirements with reality.
本文介绍了形式化领域模型的构成，以及如何从真实需求中构建形式化领域模型。
The project aims to provide these components, in addition to exemplary tools for select domain models that illustrate its capabilities.
除了为选择演示功能的域模型提供可仿效的工具之外，该项目还旨在提供这些组件。
This content analysis requires formal and explicit specifications of domain models, which define the terms used and their relationships.
这个内容分析要求正式和明确的域模型规范，规范定义了使用的术语和它们的关系。
Erwin discussed the design options for implementing bi-temporality in domain models by using a temporal Database or writing custom code.
Erwin讨论了在领域模型中实现双时态(bi - temporality)的设计选择：使用一个时态数据库(temporal Database)或编写自己的代码。
Moreover, domain models exclude the specific business processes of the company, as they can vary widely among companies in the same industry.
此外，域模型排除了公司的特定业务处理，这是因为在同一行业中的公司之间它们会有相当大的变化。
Business-oriented inputs can include, for example, business process models, business functional models, business goals, and business domain models.
举例来说，面向业务的输入可能包括业务流程模型、业务职能模型、业务目标和业务领域目标。
The IEPD pulls the necessary components from the NIEM core and domain models and extends them to create an information exchange. An IEPD contains several artifacts.
iepd从niem核心和域模型提取必要的元素，并扩展它们来创建一个信息交换。
Bitemporal framework from ErvaCon is an open source project created based on the temporal Patterns to address the time related data requirements in rich domain models.
来自ErvaCon的Bitemporal框架是一个开源项目，它基于时态模式(temporal Patterns)而创建，用来解决富领域模型中的时间相关数据的需求。
I think the ideas around SOA are out there though and personaly I’d far rather talk about good business-focussed SOA (Steve Jones style perhaps) and then dig into the domain models.
我想关于SOA的观点存在自有其道理，我个人而言倒更宁愿谈谈良好的专注于业务的SOA（也许是SteveJones风格的），再深入到领域模型。
We can add support for more domain models with minimal changes by adding the appropriate adapter factories to our ComposedAdapterFactory and setting the triggers for these new models.
我们可以以最小的更改添加对更多域模型的支持，具体做法是，将合适的适配器工厂添加到ComposedAdapterFactory并为这些新模型设置触发器。
This methodology uses the semantic relevance of existing domain models and domain ontologies, and proposes the possibility of building ontologies following the view of semantic match.
该方法充分利用了领域知识模型以及领域本体相互之间存在的语义相关性，从语义匹配的角度探讨了构造新领域本体的可能性。
Domain models represent graphical presentation of domain knowledge and derived from the parts of domain, meanwhile, domain model shows the common characteristics of systems in domain.
领域模型是领域知识的一种图形化表示形式，是领域知识各组成部分的抽象形式，同时领域模型也表示了领域内各系统的一些共同特征。
Instead of taking SOA down to the lower levels I'm thinking that you are better to expose large services that each encapsulate entire domain models and then use messaging between these services.
我想，你最好暴露封装了整个领域模型的大粒度服务，然后在这些服务之间进行消息传递，而不是在较低的层次上对SOA进行分解。严格照此行事才算得上是SOA。
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