Purpose The purpose of this study is to detect and reconstruct a fault in pitot probe and static
ports, which are components of the air data system in commercial aircrafts, without false …

The aim morphing of this study is to detect and reconstruct a fault in angle-of-attack sensor
and pitot probes that are components in commercial aircrafts, without false alarm and no …

An online fault detection, isolation, and reconstruction strategy is proposed for actuators and
sensors fault detection of an aircraft. For increasing the fault detection capabilities, the …

Purpose This paper aims to design an adaptive nonlinear strategy capable of timely
detection and reconstruction of faults in the attitude's sensors of an autonomous aerial …

Purpose The purpose of this paper is to design a hybrid robust tracking controller based on
an improved radial basis function artificial neural network (IRBFANN) and a novel extended …

To avoid adverse impacts on humans and the environment and upon the system itself, early
detection and isolation of faults and failures in the flight control system are crucial. This …

The paper concentrates on the problem of fault‐tolerant control of UAV against actuator
faults from the perspective of flight control system architecture. Using backstepping control …

When developing a prediction paradigm, an ensemble technique such as boosting is used.
It is built on a heuristic framework. Generally speaking, engineering ensemble learning is …

Purpose The purpose of this paper, is to solve the problem of finite-time fault-tolerant attitude
synchronization and tracking control of multiple rigid bodies in presence of model …

Purpose The objective of this research is to investigate various neural network (NN)
observer techniques for sensors fault identification and diagnosis of nonlinear system in …