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The problem of the robust D-stability analysis for linear systems with parametric uncertainties is addressed.For matrix polytopes,new conditions via the affine parameter-dependent Lyapunov function of uncertain systems are developed with the benefit of the scalar multi-convex function.To be convenient for applications,such conditions are simplified into new linear matrix inequality (LMI) conditions,which can be solved by the powerful LMI toolbox.Numerical examples are provided to indicate that this new approach is less conservative than previous results for Hurwitz stability,Schur stability and D-stability of uncertain systems under certain circumstances.
The problem of the robust D-stability analysis for linear systems with parametric uncertainties is addressed. For matrix polytopes, new conditions via the affine parameter-dependent Lyapunov function of uncertain systems are developed with the benefit of the scalar multi-convex function.To be convenient for applications, such conditions are simplified into new linear matrix inequality (LMI) conditions, which can be solved by the powerful LMI toolbox. Numerical examples are provided to indicate that this new approach is less conservative than previous results for Hurwitz stability, Schur stability and D-stability of uncertain systems under certain circumstances.