Choquet fuzzy integral-based identification
Smriti Srivastava, Madhusudan Singh, Madasu Hanmandlu · 2005
A Choquet fuzzy integral based approach to identification of non-linear systems is investigated. The Choquet integral replaces the maximum (minimum) operator in the information aggregation with a fuzzy integral based neuron. The identification of Choquet integral based fuzzy model is developed with strength of the rules as the input functions and unknown fuzzy densities, subject to q-measure, as the coefficients. This is a significant contribution as it leads to a class of non-additive fuzzy systems. In addition to it, the use of q-measure provides a more flexible and powerful way of incorporating various fuzzy measures into the integral. Simulation results show the effectiveness of the identification method