This paper investigates the problem of robust normalization and guaranteed cost control for
descriptor systems with uncertainties. The parameter uncertainties are assumed to be time …

In this paper, new conditions for the stabilisation and transient performance improvement of
linear parameter-varying (LPV) systems considering the gain-scheduling (GS) strategy are …

In this paper the robust pole assignment problem using combined velocity and acceleration
feedback for second-order linear systems with singular mass matrix is illustrated. This is …

This paper considers the robust pole assignment problem using combined velocity and
acceleration feedbacks for matrix second‐order linear systems. The necessary and sufficient …

The resolution of linear quadratic regulator's problem (LQR) approached via linear matrix
inequalities (LMIs) for linear and time-invariant systems is proposed in this work. The design …

This study proposes less conservative conditions for robust linear quadratic regulator
controllers using state-derivative feedback (SDF). The algebraic Ricatti equation was …

This paper addresses the design problem of the controller with time-delayed acceleration
feedback. On the basis of the reduction method and output state-derivative feedback, a time …

In this article, the problem of eigenstructure in descriptor matrix second-order linear systems
using combined velocity and acceleration feedbacks is considered. This is promising for …

In some practical problems, state derivative variables are more easily obtained than state
variables. Solution of guaranteed cost control problem using derivative feedback for …

In some practical problems, for instance in the control of mechanical systems using
accelerometers as sensors, it is easier to obtain the state-derivative signals than the state …