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Towards the design of intelligent CAD systems: An ontological approach

机译:走向智能CAD系统的设计:一种本体论方法

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Although many sophisticated CAD integrated environments have been developed and are currently adopted by enterprises in the design of mechanical parts and components, such kinds of tools should be extended in order to reach higher levels of performance. To this aim, Artificial Intelligence techniques are particularly suitable to provide CAD tools with a sort of "intelligence" typical of human experts. In particular a complex mechanical object to be designed exploiting CAD systems can be considered as an aggregation of simpler components that have to be put together in order to satisfy precise design rules owned by expert designers core knowledge. This paper presents an ontological approach to the problem of representing relationships among step-by-step more complex parts, in order to obtain a final product that fully meets initial requirements.
机译:尽管已经开发了许多复杂的CAD集成环境,并且目前已被企业采用来设计机械零件和组件,但是应扩展此类工具以达到更高的性能水平。为了这个目标,人工智能技术特别适合于为CAD工具提供人类专家典型的“智能”。特别是,要利用CAD系统进行设计的复杂机械对象可以看作是必须组合在一起才能满足专家设计师核心知识所拥有的精确设计规则的简单组件的集合。本文提出了一种本体论方法来解决逐步复杂零件之间的关系表示问题,以便获得完全满足初始要求的最终产品。

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