基于本体的机电系统多学科设计信息集成框架

Luyan Bi, Zongxia Jiao, Shengtao Fan
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引用次数: 4

摘要

为了满足机电系统多学科设计工具的信息集成需求,提出了一种基于本体的信息集成框架。该集成框架采用了基于构件的体系结构,使设计和仿真应用在框架内即插即用,定义了机电一体化系统本体(MSO),并指定了标准的应用组件接口。MSO包含了机电一体化系统设计过程中的所有主要对象以及对象之间的关系,标准的构件接口为应用程序提供了基于MSO的信息交换的标准方式。
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Ontology-based information integration framework for mechatronics system multi-disciplinary design
In order to meet the information integration requirement of mechatronics system multi-disciplinary design tools, an ontology-based information integration framework is proposed. This developed integration framework adopts component-based architecture which facilitates the design and simulation applications plug-and-play in the framework Mechatronics System Ontology (MSO) is defined and the standard application component interfaces are specified. MSO includes all the major objects as well as the relationships of the objects in the process of mechatronics systems design and standard component interfaces provide applications a standard way to exchange information based on MSO.
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