In this paper, an adaptive sliding control method is presented for an electro-hydraulic system
with nonlinear unknown parameters, which enter the system equations in a nonlinear way …

The series Advances in Industrial Control aims to report and encourage technology transfer
in control engineering. The rapid development of control technology has an impact on all …

Deep learning technology has been widely used in fault diagnosis for chemical processes.
However, most deep learning technologies currently adopted only use a single network …

The hydraulic system is the control center of aircraft, the performance of which is critically
dependent on the purity of the oil that flows through it. Contamination of hydraulic system oil …

This paper describes an application of a fuzzy logic position control to an electrohydraulic
servosystem. Mathematical model of the electrohydraulic servosystem is obtained …

The data generated by modern industrial processes often exhibit high-dimensional,
nonlinear, timing, and multiscale characteristics. Presently, most of the fault diagnosis …

The applicability of Hilbert-Huang transform (HHT) for internal leakage detection in valve-
controlled hydraulic actuators is investigated in this paper. First, the actuator response to …

This paper describes the application of wavelet transform (WT) to detect internal leakage in
hydraulic actuators, caused by seal damage. The method analyzes the pressure signal at …

This paper provides a novel event-triggered fault detection (FD) scheme for discrete-time
linear systems. First, an event-triggered interval observer is proposed to generate the upper …

In this paper, the application of wavelet transform to detect external leakage fault in hydraulic
actuators is described. This paper also examines the isolation of this fault from actuator …