In this paper, a hybrid modeling approach to model synchronous generator by combining
the dq0 modeling with the winding function approach has been proposed. The proposed …

There is a growing trend in applying a prognostics and health management approach to
engineering systems in general and space and aviation systems in particular. This paper …

Integrated drive generators (IDGs) are the main source of electrical power for a number of
critical systems in aircraft. Fast and accurate fault detection and isolation (FDI) are necessary …

This paper presents a method of fault detection based on the stacked auto-encoder (SAE)
and support vector data description (SVDD) for rotating rectifier of brushless ac synchronous …

A new strategy for the control of aeronautical electrical generators via sliding manifold
selection is proposed, with an associated innovative intelligent energy management strategy …

The modeling of a three-stage Integrated Drive Generator (IDG) is presented along with a
unique control design for an aircraft application. Based on the overall system ratings of 40 …

This paper presents the polyharmonic modelling of synchronous generator (SG) in machine
variables. The simple geometry and windings physical layout has been used for inductance …

The electric powered aircraft's secondary system has advantages of cost and efficiency
when compared to the conventional aircraft power system. However, the advantages come …

Cyber-Physical Systems are tight integrations of computational and physical processes.
Detection of abnormal behavior in cyber-physical systems is crucial for their safe and …

The increasing use of electrical power in more electric aircraft yields new challenges in
terms of modeling and analysis. The control and analysis of these systems require adequate …