This article proposes a unified solution for single or multiple sensor faults in the cascaded H-
bridge multilevel converters (CHBMCs), including the identification of fault location and fault …

In light of the problems of a single vibration feature containing limited information on the
degradation of rolling bearings, the redundant information in high-dimensional feature sets …

The stable and reliable operation of grid-integrated renewable energy systems requires
advanced control and coordination of grid-side converters (GSCs), utilizing the feedback …

Fault diagnosis (FD), comprising fault detection, isolation, identification and accommodation,
enables structural health monitoring (SHM) systems to operate reliably by allowing timely …

This paper proposes a Reset Unknown Input Observer (R-UIO) using descriptor approach.
The proposed R-UIO can be employed for estimating actuator and sensor faults in linear …

Sensor faults and actuator faults inevitably exist in DC microgrids due to device aging,
environmental changes, or cyber-attacks, which seriously degrades control performance …

Due to their advantages in ensuring low harmonic distortion and high power factors, single-
phase Pulse-Width Modulated (PWM) rectifiers are widely employed in several industrial …

This article introduces an incipient fault (IF) diagnosis approach for current sensors (CSs) in
three-phase three-level neutral-point-clamped (3L-NPC) rectifiers using an adaptive sliding …

This paper proposes an improved extended EMF (EEMF)-based sensorless control method
for permanent magnet synchronous machine drive systems with a small dc-link capacitor …

An integral sliding mode observer-based fixed-time multi-faults estimation method is
proposed to solve the problem of fast fault estimation for a class of nonlinear systems with …