基于几何生产规范线性维度特征特征的本体构建

Yan Dai, Y. Zhong, Kewei Liu, Y. Mo
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引用次数: 0

摘要

为了解决在设计、制造和测量阶段的信息共享和传递问题,ISO提出了几何生产规范和验证(GPS)标准。本文建立了通用GPS矩阵中线性维度几何特征信息的本体。首先,设计了一般GPS矩阵中线性维的分类、属性和约束关系;利用自然语言和OWL建立了线性维的信息本体。然后将本体转换为TBox, TBox是描述逻辑(DL)的术语集,并引入线性维域的词汇。同时,构建ABox,其中包含根据该词汇表确定的个人的断言,并以简单的包部分为例。最后,在Protege平台上使用OWL语言对本体进行编辑。生成的owl文件由线性维度的特征信息组成,是几何规范和验证的准备工作。
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Ontology Construction on Feature Characteristic of Linear Dimension about Geometrical Production Specification
In order to solve the problem of sharing and delivering the information during the designing, the manufacturing and the measuring periods, the ISO proposed the Geometrical Production Specification and verification (GPS) standards. This paper establishes an ontology for the geometrical features information of linear dimensions in the general GPS matrix. Firstly, the classes, their attributions, and constraint relations about the linear dimensions in the general GPS matrix are designed. And information ontology of linear dimensions is built by making use of natural language and OWL. And then the ontology is translated to TBox, which is the terminology set of description logic (DL) and introduces the vocabulary of the linear dimensional domain. At the same time, the ABox is constructed, which contains assertions about named individuals in terms of this vocabulary and takes a simple package part as an example. Finally, ontology is edited with OWL language on the platform named Protege. The owl file generated consists of the characteristic information of linear dimension, which is the preparation work of geometrical specification and verification.
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