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This paper formulates an architecture for information integration in computer integratedmanufacturing systems (CIMS). The architecture takes the frame structure as single link among applica-tions and between applications and physical storage. All the advantages in form features based inte-grated systems can be found in the frame-based architecture as the frame structure here takes form fea-tures as its primitives. But other advantages, e.g., default knowledge and dynamic domain knowledgecan be attached to frames and the frame structure is easy to be changed and extended, which cannotbe found in form features based systems, can also be showed in frame based architecture as the framestructure is a typical knowledge representation scheme in artificial intelligence and many researches andinterests have put on it.
This paper formulates an architecture for information integration in computer integrated manufacturing systems (CIMS). The architecture takes the frame structure as single link among applica- tions and between applications and physical storage. All the advantages in form features based inte-grated systems can be found in the frame-based architecture as the frame structure here takes form fea-tures as its primitives. But other advantages, eg, default knowledge and dynamic domain knowledgecan be attached to frames and the frame structure is easy to be changed and extended, which cannotbe found in form features based systems, can also be shown in frame based architecture as the framestructure is a typical knowledge representation scheme in artificial intelligence and many researches andinterests have put on it.