Test Signal Amplitude Optimization for Identification of the Volterra Kernels
Automation and Remote Control
Generalized solutions in the problem of dynamical systems modeling by Volterra polynomials
Automation and Remote Control
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Classes of nonlinear integral Volterra equations occurring in identifying dynamic systems are studied. A solution to a nonlinear system of integral Volterra equations of the first kind is constructed in the class of generalized functions with a point support in the form of a sum of singular and regular parts. In obtaining a singular part of the solution, a determined system of linear algebraic equations is used. The method of sequential approximations together with the method of undetermined coefficients allow constructing a regular part. Theorems of existence and uniqueness of generalized solutions are proved.