基于知识的装配工艺规划系统

M. Rabemanantsoa
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引用次数: 8

摘要

本文讨论了在CAD/CAM环境中,人工智能与面向对象数据库耦合的可行性。产品或零件的设计与参数化和基于特征的实体建模Pro/Engineer。作者超越了数据结构,集成了有关汇编知识库的信息。他们设计了一个名为SISDES的面向对象数据库,用于对数据进行建模,并处理基于图表示推理的逻辑。输出是一个基于知识的系统,该系统集成了自动特征识别以及零件匹配所需的位置和方向。在这种情况下,他们定义了接触的可能性和每对组件的相对流动性。后者成为称为XGEN(装配序列生成)的AI模块的一部分,该模块用于知识处理和生成装配序列,即CAM活动
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Knowledge-based system for assembly process-planning
The paper discusses the feasibility of coupling AI (artificial intelligence) with an object-oriented database in the CAD/CAM environment. The products or parts are designed with the parametric and feature-based solid modeling Pro/Engineer. The authors go beyond data structures to integrate information about the assembly knowledge base. They design an object-oriented database called SISDES for modeling the data along with handling logic based reasoning of graph representation. The output is a knowledge-based system which integrates automated feature-recognition plus position and orientation needed for part mating. In this context, they define the possibility of contact and relative mobility for each pair of components. This latter becomes part of an AI module called XGEN (Assembly Sequences Generation) developed for knowledge processing and generating assembly sequence, i.e. the CAM activities.<>
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