Method of Structural Identification the Interval Models of Static Objects

Abstract

The task of structural identification the interval models of static objects is considered. It is shown that this task at each iteration is a task the forming and solving interval systems of nonlinear algebraic equations. The method of structural identification the interval models of static objects based on the analysis of interval data is proposed and substantiated. It, unlike the existing ones, on procedures of self-organization and self-adaptation of computational procedures by analogy with foraging models of honey bee colony is based. Possibility of obtaining interval models of characteristic with a simpler structure compared to the known ones, by example of building the mathematical model of characteristics of an environmentally friendly power generation system are showed.