The LMI(linear matrix inequality) approach was used to solve the difficulty in calculation with the present approaches for the robust stability analysis of a kind of interval neutral systems.

Using Lyapunov functions and interval matrix inequality approach,the absolute stability of a interval neutral type of Lurie control systems was discussed,some sufficient conditions for absolute stability are established by using interval matrix inequality which can be easily solved by Matlab toolbox.

Stability of a class of neutral systems;

Non-fragile delay-dependent H_∞ control for linear neutral systems;

Robust non-fragile guaranteed-cost control for neutral systems with uncertain delay;

The delay-dependent robust stability for uncertain neutral systems with time-varying delay was studied.

This paper deals with the asymptotic stability of a class of linear neutral systems.

In this paper,we consider the robust mixed H_2/H_∞ control for uncertain neutral system with discrete and distributed delays.

Robust adaptive sliding mode control design for a class of nonlinear uncertain neutral type systems;

Using the variable structure control and the general conclusion of the time-delay systems,the switching functions were chosen for the neutral type systems with nonlinear perturbations.

The problem for the robust stability and quadratic performance control of linear neutral time-delay systems is studied with non-match norm-bounded uncertainties.