Received 13.12.2013, Revised 16.02.2014, Accepted 07.04.2014

Neural network approach to generating connected fuzzy knowledge bases based on rules and relations

Hanna Rakytianska

The adaptive approach to generating composite IF-THEN rules based on the genetic and neural algorithm of solving fuzzy relational equations is proposed. It allows us to avoid rules selection and eliminate overlaps between classes. The essence of the approach is in constructing and training the specific min-max neuro-fuzzy network isomorphic to linguistic solutions of fuzzy relational equations, which allows adaptation of the rules set structure while the output classes’ bounds are changing. Resolution of fuzzy relational equations guarantees the optimal number of fuzzy rules for each output fuzzy term and the optimal geometry of input fuzzy terms for each linguistic solution

fuzzy rules and relations, fuzzy relational equations, min-max neural network
72-82
Rakytianska, H. (2014). Neural network approach to generating connected fuzzy knowledge bases based on rules and relations. Information Technologies and Computer Engineering, 11(1), 72-82.

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