| Takanori Yokoyama. An object-oriented and constraint-based knowledge representation system for design object modeling. In Proc. of the Sixth Conference on Artificial Intelligence Applications, pp 146152, 1990. |
....chunk at a time without being concerned about interference with the rest of the domain model. 4.2. What Needs to be Modeled The knowledge used in configuration expert systems can be classified into two types: knowledge about components and knowledge about configuration methods. As pointed out in [13], only knowledge about configuration methods has been regarded as important in conventional systems. This is rather surprising considering that almost all knowledge needed for real world configuration is bound to the components. In many configuration systems, like XCON, there is no clear ....
....model can be given an active role in the configuration process. Configuration requirements can be regarded as constraints on components which reduce the configuration problem to a constraint satisfaction problem. These points have recently been, to varying extent, recognized and used [9] 12] [13]. According to these arguments for focusing on component knowledge, most of the domain knowledge should be contained within the component model. 9 Domain Model Domain Editor Model ae ae ae ae i j # # User ICS PSM ae oe TM Generator Description Model Case Description ....
T. Yokoyama. An object-oriented and constraint-based knowledge representation system for design object modeling. In Proceedings of the Sixth IEEE Conference on AI Applications, 1990.
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Takanori Yokoyama. An object-oriented and constraint-based knowledge representation system for design object modeling. In Proc. of the Sixth Conference on Artificial Intelligence Applications, pp 146152, 1990.
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