As the first review in this field, this paper presents an in-depth mathematical view of
Intelligent Flight Control Systems (IFCSs), particularly those based on artificial neural …

This article presents a global adaptive asymptotic tracking control method, capable of
guaranteeing prescribed transient behavior for uncertain strict-feedback nonlinear systems …

A universal, approximation-free state feedback control scheme is designed for unknown
pure feedback systems, capable of guaranteeing, for any initial system condition, output …

This article investigates a prescribed performance control (PPC) problem of nonlinear strict-
feedback systems subject to actuator faults. By introducing-type performance functions, a …

A current trend in research on multi-agent control systems is to consider high-level task
specifications that go beyond traditional control objectives and take into account the …

In this paper, an approximation-free funnel feedback controller is proposed for a class of
nonlinear servomechanisms to achieve prescribed tracking error performance. An improved …

In this paper, an unknown input observer-based appointed-time funnel control policy is
proposed for quadrotors suffering from environmental disturbances and parametric …

This paper presents a funnel non-affine controller applying neural approximation for
prescribed tracking of air-breathing hypersonic vehicles (AHVs). We propose a new funnel …

We consider the problem of achieving prescribed performance metrics on the output tracking
error, for uncertain strict-feedback systems, while satisfying inelastic control input constraints …

In this article, the fixed-time fuzzy adaptive tracking control problem is studied for a class of
one-link manipulator systems with stochastic disturbances and multiple constraints. First, a …