最后实现了可视化建模工具。
第三，建立工作流模型，设计并实现了可视化建模工具。
Thirdly workflow process model is proposed and based on the model a visual workflow model tool is designed.
这是市场上可视化建模工具和需求管理工具最紧密、最健壮的集成。
This is the tightest and most robust integration in the market between a visual modeling tool and a requirements management tool.
UML是建立系统模型和分析业务处理流程的强有力的可视化建模工具。
UML is a powerful tool for building system model and analyzing business process information.
并采用面向对象的编程技术，实现了通用性强的可视化建模工具，解决了多层网络的建模难题。
Then by means of object oriented programming, we implemented the visual, general modeling tool, which solve the modeling problem of multi layer network.
然而，一些厂商宣传它们的可视化建模工具的用途，但是没有强调将模型与实现过程中的设计决策和变更保持同步的重要性。
However, some vendors promote the use of their visual modeling tools without emphasizing the importance of keeping models in synch with design decisions and changes during implementation.
更合理的选择是用建模工具打开模型，花几分钟准备模型在屏幕上的可视化表示。
A more reasonable option is to open the model in a modeling tool and take a few minutes to prepare the visual representation of the model on screen.
通常，这些产品都提供用于建模、Web开发和可视化设计的工具。
Typically, these products offer tools for modeling, Web development, and visual design.
本文详细论述了作者在可视化过程建模语言、开发过程、设计方法的理论研究、工具开发及技术应用方面的工作。
This dissertation describes the author's theory research in Visual procedure modeling language, development process and design method, and tools developing and technical application work in detail.
Rational Software Modeler和Rational Software Architect都是基于UML 2.0的可视化建模和设计工具，它们使得用户可以在系统中清楚地编制和交流不同的视图。
Rational Software Modeler and Rational Software Architect are UML 2.0 based visual modeling and design tools that allow users to clearly document and communicate different views on a system.
IBMRational软件建模器是一个功能强大的、基于UML 2.0的可视化建模和设计工具。
IBM Rational Software Modeler is a robust, UML 2.0-based visual modeling and design tool.
可视化编程，软件工具与环境，UML建模技术，软件过程，软件项目管理等。
Visual Programming, Software tool& environment, UML modeling technology, Software process, Management of software project.
本文首先介绍了模型与可视化建模理论，提出在ICS集成工具中采用可视化设计方法的必要性，以及比较它们之间的区别。
This article first introduce model and visual modeling theory, propose the necessity to uses it in the ICS integration tool, and give the difference between them.
随着数据量以指数方式增长，在数据管理、可视化、整合、分析、建模和预测的工具和方法的需求上有一个类似的增长。
As the amount of data grows exponentially, there is a parallel growth in the demand for tools and methods in data management, visualization, integration, analysis, modeling, and prediction.
UML是可视化面向对象建模的新技术，也是近年来软件工程中对象分析和设计的重要工具。
UML (Unified modeling Language) is a new technology for visual object - Orient modeling, and an important tool for object analyzing and designing in modem software engineering.
为了实现上述的模型，开发了相应的过程建模工具WFD，以实现过程模型的可视化建立。
In order to realize the model, we developed a tool for process modeling named WFD, with which end users can model process visually.
本文根据面向对象的工作流建模思想，设计了工作流元模型及其可视化的建模工具。为了验证工作流模型的可用性，开发了工作流执行服务原型系统。
According to that view we design the object-oriented workflow model and the visual model tool, and develop a workflow original system to test the workflow model's usability.
有限状态机用于对系统的动态行为建模，一般用状态图来可视化表示，是对反应式系统建模的一种强大工具。
Finite state machine is used for the dynamic behavior of system modeling, which is represented by visual state chart. And the finite state machine is a powerful tool of reaction system modeling.
有限状态机用于对系统的动态行为建模，一般用状态图来可视化表示，是对反应式系统建模的一种强大工具。
Finite state machine is used for the dynamic behavior of system modeling, which is represented by visual state chart. And the finite state machine is a powerful tool of reaction system modeling.
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