Abstract
This paper concerned with an architectural design of ontology-based decision support system intended to optimize the choice of problem-solving procedure of commutation circuit partitioning of the electronic computer during the design phase. Analysis of formal commutation circuit partitioning problems definition against the criteria was performed. A mathematical model of present problem was posed. The fundamental difference of this model is a consideration the criteria of inter-bay wiring and signal delay as local cost functions in the multicriteria optimization problem. In this paper a space of classification attributes of commutation circuit partitioning problems was designed: local cost functions, constraints, and initial data are defined. Data store and databank of ontology-based decision support system are presented as a CCP problems ontology and a problem-solving technique ontology. These domain ontologies were developed and visualized in Protege 4.2.
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