This paper presents an optimization-based perspective for incorporating disturbance
decoupling constraints into controller synthesis, which paves the way for utilizing numerical …

The minimum-gain eigenvalue assignment/pole placement problem (MGEAP) is a classical
problem in linear time-invariant systems with static state feedback. In this article, we study …

This paper presents the performance management of a web-server hosted on a private
cloud (the target system). Based upon an identified linear switched model with workload …

An algorithm is proposed to compute a state feedback gain matrix for a linear time invariant,
regular descriptor system, which ensures that (i) the closed loop system is impulse-free and …

In this paper, we discuss a new problem of establishing feasibility conditions for regional
eigenvalue assignment of positive observers. Previous results on regional eigenvalue …

This article considers the following problems for a parametric uncertain (affine) linear time-
invariant system. The first problem is: Let a feedback gain matrix be designed such that the …

We consider the application of feedback control strategies with point actuators to
multidimensional evolving interfaces in order to stabilize desired states. We take a Kuramoto …

Active mass damper/driver (AMD) control system has been proposed as an effective tool for
high-rise buildings to resist strong dynamic loads. However, such disadvantage as time …

The non-overshooting/undershooting (NOUS) tracking control objective in the output
response of the closed-loop system has several practical applications in “positioning” control …

ABSTRACT A reduced order output feedback controller is designed for a linear time
invariant system, which guarantees that the closed-loop poles are placed within some pre …