论文标题
智能要求工程从自然语言及其链接到CAD模型
Intelligent requirements engineering from natural language and their chaining toward CAD models
论文作者
论文摘要
本文假设设计语言在设计师的设计和设计师的创造力中起着重要作用。设计师使用和开发模型来帮助思考，重点进行讨论和决策以及评估建议的可靠性的手段。本文提出了一种从自然语言及其链接到CAD模型的链接工程的智能方法。从语言分析到工程要求表示的过渡包括将句法结构转换为概念图表示的语义形式。基于概念图和谓词逻辑之间的同构，提出了规范的形式语言。该语言的结果被链接和翻译在计算机辅助的三维交互应用（CATIA）模型中。该工具（EGEON：工程设计语义详细说明和应用）是为代表工程要求的语义网络而开发的。提出了有关汽车门铰链设计的案例研究，以说明提出的方法。
This paper assumes that design language plays an important role in how designers design and on the creativity of designers. Designers use and develop models as an aid to thinking, a focus for discussion and decision-making and a means of evaluating the reliability of the proposals. This paper proposes an intelligent method for requirements engineering from natural language and their chaining toward CAD models. The transition from linguistic analysis to the representation of engineering requirements consists of the translation of the syntactic structure into semantic form represented by conceptual graphs. Based on the isomorphism between conceptual graphs and predicate logic, a formal language of the specification is proposed. The outcome of this language is chained and translated in Computer Aided Three-Dimensional Interactive Application (CATIA) models. The tool (EGEON: Engineering desiGn sEmantics elabOration and applicatioN) is developed to represent the semantic network of engineering requirements. A case study on the design of a car door hinge is presented to illustrates the proposed method.
