Pole placement with specified damping and decay rate is one of the primary criteria for
ensuring good transient response. This control design problem has known solutions for …

This study is dedicated to the development of a direct optimal control-based algorithm for
trajectory optimization problems that accounts for the closed-loop stability of the trajectory …

This study discusses the finite‐time boundedness (FTB) of the state of linear systems with a
finite‐time H2‐gain performance constraint. With time‐varying exogenous disturbances, the …

A method for the synthesis of reduced-order dynamic output-feedback controllers for
periodic discrete-time LPV systems, subject to input saturations and external noises, is …

The article discusses the problem of optimizing the adaptive control of business planning
processes by an economic entity. The results of the work are based on a new method of …

In the existing research on supercavitating vehicle control, the assumption of constant
forward speed places enormous pressure on the engine under actual operating conditions …

This paper is concerned with stability and H 2 analysis of periodic discrete-time uncertain
systems. New conditions based on structured Lyapunov functions are provided in the form of …

A methodology for the synthesis of mixed H 2/H∞ controllers to stabilize delayed sampled-
data LPV continuous-time systems is proposed in this paper. The technique consists of the …

Actuator saturation phenomenon often exists in the actual control system, which could
destroy the closed‐loop performance of the system and even lead to unstable behavior. Our …

This paper investigates memory nonfragile mixed-objective output feedback robust model
predictive control (OFRMPC) for a class of uncertain systems subjected to physical …