本文主要研究在传统图形化建模方法基础上，引入ECA规则增强工作流系统的柔性。
This article mainly studies how to strength the flexibility of the workflow using ECA rules based on the traditional graphical modelling tool.
研究了基于所绘电气接线图的电力系统通用的图形化建模方法，以及电网拓扑结构的自动识别。
On the basis of electrical connect graph drawn, the generally used method of graphic modeling of power system and the automatically identification of power network topology structure are studied.
摘要：本文以图形化的仿真平台为基础，通过图形化建模方法对电站真空系统进行模拟，实现了电站真空系统的仿真。
Abstracts: With graphical simulation platform as the foundation, through a graphical modeling method to simulate the power vacuum system, and achieve the power vacuum system simulation.
研究了电力网通用图形化建模方法，提出了基于所绘电气接线图的电网拓扑结构识别的算法，为各种电气计算软件的开发奠定了基础。
Based on the power system diagram which is plotted in the application software, an effective algorithm for power network topology identification is also presented.
有许多方法可以开发XML模式，从使用您喜爱的文本编辑器，到手动创建模式，再到使用工具以图形化方式设计或生成模式。
There are many ways to develop XML schemas, ranging from using your favorite text editor to manually create your schema to using tools to graphically design or generate a schema.
给出DD -RCM模型的图形化和形式化描述实例，并分析DD - R CM建模方法的技术特点。
It gives the graphical and formal describing example of DD-RCM model and the characteristic of DD-RCM technology also.
为此，简单介绍了一套较完整的仿真系统，其中主要介绍了发电机组三相短路后电压、电流数学建模过程及图形化显示方法。
The paper mainly introduces a kind of stimulatior, It emphasizes on the mathematical mode! of three phase short circuit breakdown and its showing methods.
本文介绍了系统实现的框架和技术流程，并对实现过程中的场景建模技术、交互设计中的图形化设计方法以及场景优化技术做了深入阐述。
This paper gives a whole illustrate in system's structure and the technical implementation process, and details in the modeling technology, interactive graphic design and optimization technology.
采用可视化建模的方法开发了热力系统的图形化建模环境。
Adopting visual modeling ways, graphic modeling environment of thermal power system was developed.
采用可视化建模的方法开发了热力系统的图形化建模环境。
Adopting visual modeling ways, graphic modeling environment of thermal power system was developed.
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