SYNTHESIS OF NONLINEAR PULSE SYSTEMS WITH POLYNOMIAL APPROXIMATION
Annotation
Solution to the problem of synthesis of the parameters of the control laws for pulsed automatic control systems with polynomial approximation of nonlinearities is considered. As a mathematical apparatus, the inversion of the direct variational method of analysis — the generalized Galerkin method — is applied. This makes it possible to completely algebraize the solution of the problem for the studied class of automated control system, the dynamics of which are described by nonlinear differential equations of arbitrary order.
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