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A Knowledge-Based Simulation Environment for Hierarchical Flexible Manufacturing
| Content Provider | CiteSeerX |
|---|---|
| Author | Zeigler, Bernard P. Cho, Tae H. Rozenblit, Jer:zy W. |
| Abstract | Abstract- This article presents an approach to embedding expert systems within an object oriented simulation environment. The basic idea is to create classes of expert system models that can be interfaced with other model classes. An expert system shell is developed within a knowledge-based design and simulation environment which combines artificial intelligence and systems modeling concepts. In the given framework, interruptible and distributed expert systems can be defined as components of simulations models. This facilitates simulation modeling of knowledge-based controls for flexible manufacturing and many other autonomous intelligent systems. Moreover, the structure of a system can be specified using a recursive system entity structure (SES) and unfolded to generate a family of hierarchical structures using an extension of SES pruning called recursive pruning. This recursive generation of hierarchical structures is especially appropriate for design of multilevel flexible factories. The article illustrates the utility of the proposed framework within the flexible manufacturing context. I. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Hierarchical Flexible Manufacturing Knowledge-based Simulation Environment Simulation Environment Hierarchical Structure Flexible Manufacturing Context Recursive Pruning Distributed Expert System Expert System Model Simulation Modeling Knowledge-based Design Recursive System Entity Structure Multilevel Flexible Factory Expert System Shell Many Autonomous Intelligent System Knowledge-based Control Model Class Flexible Manufacturing Artificial Intelligence Recursive Generation |
| Content Type | Text |
| Resource Type | Article |
