This paper investigates the parametric design approach to second-order linear time-varying
systems by using dynamic compensator and multi-objective optimization. On the basis of the …

This paper proposes a novel method for pole placement in linear vibrating systems through
state feedback and rank-one control. Rather than assigning all the poles to the desired …

This paper presents a comparative study of sensitivity to parameter variation in two feedback
techniques applied in second-order linear systems: state feedback technique and the less …

In this note, a partial pole assignment approach is presented for second-order systems with
time delay. The method uses the versatile system receptance for designing state-feedback …

Poles assignment problem for second-order linear periodic system by using periodic
proportion-plus-derivative (PD) state-feedback is considered in this paper. The poles …

The partial eigenstructure assignment problem is to replace a small number of eigenvalues
and eigenvectors of system while the remaining eigenvalues and corresponding …

In this paper, the robust minimum norm partial eigenstructure assignment problems
(PESAPs) are studied in a singular vibrating structure via acceleration-velocity-displacement …

This paper deals with the problem of robust control for time-varying delay systems with
uncertain parameters and disturbances which have the inexactly measured state via the …

Vibration control is fundamental to improve the performances of lightweight flexible systems.
However, the introduction of sensors and actuators in the control loop introduces time …

In the paper, the partial eigenstructure assignment problems are investigated using
acceleration–velocity–displacement active control in a singular vibrating structure. The …