我们使用状态转换关系图来描述这一模型，其中状态代表里程碑，转换代表促使变成该状态的事件。
We used a state-transition diagrams for this model, where the states represent the milestones, and the transitions represent events that cause changes in that state.
使用对象流图(它是捕获事件和状态转换的基础模型)虚拟化实体生命周期是这个模型的关键。
Virtualization of the entity lifecycle through Object Flow Diagrams, a basic model that captures both events and state transitions, is critical in this model.
从图1中的事件流关系图中，可以发现DataCapture环境将在事件数据源附近的分布式模型中运行。
From the event-flow diagram in Figure 1, you see that the data Capture environment is intended to run in a distributed model near the event data sources.
将安排列车运行线的问题看作周期事件安排问题，并借助周期约束图及周期势差模型，可以建立周期运行图网络模型。
Considering arranging train paths as arranging a periodic event, in virtue of the periodic constraint graph and the periodic tension model, the periodic train diagram network model is established.
该系统采用本体来表示事件的概念模型，采用RDF图来表示事件，采用图模式来表示订阅条件。
In this system, the concept model of events is represented as ontologies, the events are represented as RDF graphs, and the subscriptions are represented as graph patterns.
根据单线列车运行调整的特点，建立了单线列车运行图的离散事件拓扑图模型，并在此基础上提出了单线列车运行调整的迭代修复算法。
A discrete event topologic diagram model was derived according to the characteristics of the single-track railway diagram, and an iterative repair method was developed on the basis of the DET model.
本文提出一种新的知识表示方法，称为事件关联图知识表示方法。这是一种以外部物理模型所发生的事件为基础的知识表示方法。
This paper presents a novel knowledge representation method, called event-graph, which is based on events happening in a physical werld.
重点讨论了UML活动图的扩展、事件驱动机制的模型描述和数据传递机制的模型描述。
The discussion focuses on UML activity diagram extension, model description of event-driven mechanism and data-transfer mechanism.
重点讨论了UML活动图的扩展、事件驱动机制的模型描述和数据传递机制的模型描述。
The discussion focuses on UML activity diagram extension, model description of event-driven mechanism and data-transfer mechanism.
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