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Research on Operational Model of New-generation GPS Based on Dynamic Description Logic

机译:基于动态描述逻辑的新一代GPS运行模型研究

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Operation and Operator are the key technologies in the new-generation geometrical product specification and verification (GPS). In order to solve the geometrical specification problems of product functional requirements and the ambiguity problems of product specification, this paper utilizes a new method based on dynamic description logic to describe the fundamental concepts of geometrical specification. It analyzes the geometrical features of geometrical product functional specification. By establishing the model of the operations, describing the input and output parameters in the specification and verification process, and analyzing the preconditions and results of the executions of specification operator and verification operator, the paper simplifies the operation results and overcomes the shortcomings of ambiguity and inconsistency in product specification process. Finally, it takes the specification process of perpendicularity as an example to prove the feasibility and validity of this method.
机译:操作和操作员是新一代几何产品规格和验证(GPS)的关键技术。为了解决产品功能需求的几何规格问题和产品规格的歧义问题,本文采用了一种基于动态描述逻辑的新方法来描述几何规格的基本概念。它分析了几何产品功能规范的几何特征。通过建立操作模型,描述规范和验证过程中的输入和输出参数,并分析规范运算符和验证运算符执行的前提和结果,简化了运算结果,克服了模棱两可的缺点。产品规格说明过程中的不一致。最后,以垂直度的确定过程为例,证明了该方法的可行性和有效性。

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