This article studies the problem of designing the controller for the stabilization of nonlinear
control systems with impulsive effects via high-order fully actuated (HOFA) system approach …

This paper mainly addresses control problems of strict-feedback systems (SFSs) with
increasing dimensions. Compared with the commonly-considered SFSs where the …

In this paper, we present a parametric method to design proportional plus derivative (PD)
state feedback for the problem of partial eigenstructure assignment (PESA) in a type of …

Since 1960s, the first-order state space approach has been dominant in analysis and design
of control systems. In a state-space model of a dynamical system, the state variable is …

This note constructs a functional observer for second‐order linear time‐varying (SOLTV)
systems under framework of second‐order systems. Based on the assumption that the …

This paper designs an observer‐based feedback controller for quasi‐linear systems when
the entire state vector is unavailable for measurement. First, based on the solution of a type …

A desired compensation adaptive robust control (DCARC) framework is presented for two
types of fully actuated systems (FASs) subject to both parametric and nonlinear uncertainties …

This paper investigates the problem of the functional interval observer design for linear time-
varying (LTV) systems with additive disturbances in both input and output channels. First …

The high-order fully actuated (HOFA) system approaches are utilized in this article to solve
the synthesis problem of a class of generalized pseudo pure-feedback nonlinear control …

This study addresses the challenge of achieving high-precision attitude control in flexible
spacecraft subjected to multiple disturbances (MD). A predictive sliding mode (PSM) control …