A UML Based Modeling Approach for Multi Domain System Products
A UML Based Modeling Approach for Multi Domain System Products
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发表时间：
2006
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通讯作者：
Jonas Detterfelt;Gert Johansson
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作者：
Jonas Detterfelt;Gert Johansson
本文提出了一种基于UML（统一建模语言）的多领域系统产品建模方法。该模型分为两个主要部分。第一个部分是用例视图，其中建模工作在分析中产生，其中系统的功能需求被引出。第二部分是逻辑视图，其中系统被定义并以许多图表表示，这些图表显示静态架构中的系统对象（子系统和组件），动态行为以及它们之间的接口。特殊的技术被用来分类模型功能在不同的技术领域，如机械，电气等的方法也允许其他模型或文档，例如CAD系统，仿真工具等被链接到基于UML的模型。通过这种基于UML的产品模型可以作为一个节点的技术产品描述。在此基础上，提出了一种多领域系统产品的系统分析与设计方法。第一步是用例分析。然后分析用例描述，并在具有满足用例需求能力的技术系统中实现其功能。实现工作的主要成分是定义系统对象之间的交互，并识别它们的功能职责。
The paper describes an approach to a UML (Unified Modeling Language) based method for modeling multi domain system products. The model is divided into two main parts. The first part is the Use Case view where the modeling effort emanates in an analysis where functional requirements of the system are elicited. The second part is the Logical View where the system is defined and presented in a number of diagrams showing system objects (subsystems and components) in a static architecture, in dynamic behavior and interfaces between them. Special techniques are used to categorize model features in different technology domains, like mechanical, electrical etc. The method also allows that other models or documentation from e.g. CAD-systems, simulation tools etc are linked to the UML based model. Through this the UML based product model may serve as a node for the technical product description. Further on, a method is described for the systematic analysis and design of multi domain system products. The starting point is the Use Case analysis. The Use Case descriptions are then analyzed and their functionality is realized in a technical system which has the ability to meet the requirements from the Use Cases. The main ingredients of the realization work are to define the interaction between system objects and identify their functional responsibilities.