DURING the past several decades, a large number of methods have been designed to solve
guidance problems, ranging from proportional navigation (PN) to robust control algorithms …

This brief is concerned with gain scheduled approaches to the stabilization of linear systems
with actuator saturation. For linear systems that are polynomially unstable, using the …

This study investigates a simple design method of the robust state/fault estimation and fault-
tolerant control (FTC) of discrete-time Takagi–Sugeno (T–S) fuzzy systems. To avoid the …

Conventional guidance law designs can only guarantee steady-state performance.
However, transient performance is also the key performance index in practical guidance …

For more practical applications, a simple decentralized proportional-integral-derivative (PID)
team formation tracking strategy is proposed in this study for large-scale stochastic …

This paper focuses on the study of tracking control problem for a class of multiple-input-
multiple-output (MIMO) uncertain nonlinear systems with completely unknown control gains …

In this study, the problem of intercepting a manoeuvring target is posed in a zero‐sum
differential game problem for a class of strict‐feedback non‐linear systems with output and …

In this paper, the robust fuzzy control for four wheels steering (4WS) vehicle dynamics is
studied via a Takagi-Sugeno (TS) uncertain fuzzy model when the road adhesion conditions …

This study introduces a fuzzy four-wheel steering control design method for automotive
vehicles. After the analysis of some stability aspects of the vehicle lateral motion, including …

How to develop a novel missile guidance law that can act effectively against very high speed
incoming targets, such as ballistic missiles, has been a major concern in the defense …