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HAO Yong-Tao, ZHAO Wei-Dong, LI Qi-Yan. Pattern Knowledge and Artificial Neural Network Based Framework for Intelligent CAD SystemJ. Journal of Computer-Aided Design & Computer Graphics, 2001, 13(9): 834-839.
Citation: HAO Yong-Tao, ZHAO Wei-Dong, LI Qi-Yan. Pattern Knowledge and Artificial Neural Network Based Framework for Intelligent CAD SystemJ. Journal of Computer-Aided Design & Computer Graphics, 2001, 13(9): 834-839.

Pattern Knowledge and Artificial Neural Network Based Framework for Intelligent CAD System

  • Experience is an important source of knowledge for intelligent computer aided design.In this paper,an approach of effectively making use of process experience is proposed.A group of feature based code numbers is assigned to each sheet metal part.This number is sent to an Artificial Neural Network( ANN) that has been trained by forming process samples.The experience of part forming process has been gathered into sample library,so the ANN ( BP network) trained by it will learn the knowledge of sheet metal forming.When a new group of feature code numbers of a part is sent to this ANN,it will map generate the feasible forming process.The weight matrix of the trained ANN is called pattern knowledge.Consisted of ANN subsystem,process parameter calculation subsystem and a feature based part modeling subsystem,a framework of intelligent system has been built up to work out the sheet metal part forming process.
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