A case study on MDD based on LDM.
基于LDM的MDD案例分析。
MDD support for systems engineering.
对于系统工程的MDD支持。
Benefits of using MDD with patterns.
使用带有模式的MDD的好处。
MDD is a sound development methodology.
MDD是可靠的开发方法。
ABD and MDD are not mutually exclusive.
ABD和MDD并不是互斥的。
Model-driven development (MDD) approach.
模型驱动的开发(MDD)方法。
A key aspect of MDD is expertise capture.
MDD的一个关键的方面是专家经验的获取。
MDD involves the use of a modeling language.
MDD包括建模语言的使用。
When using MDD, documents are generated from models.
当使用MDD时，由模型来生成文档。
MDD ensures that artifacts are generated consistently.
MDD确保一致地生成工件。
Also, MDD enables the analysis of the impact of changes.
另外，MDD支持对变更的影响进行分析。
This paper aims to encourage widespread adoption of MDD.
本文目的在于鼓励广泛采用MDD。
Combining aspects and MDD solves both of these problems.
把面向方面技术和MDD集成在一起解决了这两个问题。
Another main characteristic of MDD is capturing expertise.
MDD的另一个主要特征是获取专家经验。
MDD transformations are now being used as executable patterns.
mdd转换现在被用作可执行模式。
In general, model-driven development (MDD) follows these steps.
通常，模型驱动的开发(MDD)需要依循以下几步。
In fact, agility and MDD — if used properly — are very compatible indeed.
事实上，敏捷性和MDD——如果恰当使用——是非常兼容的。
An MDD approach also forces architectural decisions to be made explicitly.
MDD方法还要求明确地做出架构决策。
MDD lets you model and specify elements at different levels of abstractions.
MDD允许您在不同抽象级别对元素进行建模和指定。
Driven by MDA, MDD focuses more on model transformation and code generation.
mdd由mda驱动，并更着重于模型转换和代码生成。
One of the main characteristics of MDD is using models as the key artifacts.
MDD的主要特点之一是将模型作为重要工件。
MDD gives you the opportunity to implement the technical architecture directly.
MDD向您提供了直接实现技术架构的机会。
This approach to MDD is analogous to the pseudo-code design practices of the 1980s.
MDD的这个方法类似于80年代的伪码设计实践。
MDD addresses the problems inherent in document-driven development in several ways.
MDD通过许多方法解决了文档驱动开发中固有的问题。
Then, the MDD tool takes care of changing all instance of that fact in every document.
然后，MDD工具负责将每个文档中该事实的所有实例进行变更。
MDD, in a nutshell, is the development of software through the use of abstract models.
简单的说，模型驱动开发就是通过使用抽象的模型进行软件开发。
This implies that the tools used for real MDD must be capable of complete code generation.
这暗示，用于真正的MDD的工具必须能够完成代码生成。
Furthermore, it attempts to show that there is no conflict between agile methods and true MDD.
此外，本文还试图展示敏捷方法和真正的MDD之间不存在冲突。
Modeling with Aspects takes a model-driven development (MDD) approach to solving this problem.
面向方面建模使用模型驱动开发（MDD）的方法用来解决这个问题。
How do we overcome the problems detailed above and achieve more widespread industry use of MDD?
我们如何克服上面详细介绍的问题，并且实现MDD更广泛的行业应用？
应用推荐