In the ship's electrical power system, the largest percentage of a load powered by an
induction machine (IM) can be represented through the fan load characteristics. Likewise, it …

Current physical systems are built in more that one coordinate: for example, electrical power
systems, aeronautical systems and robotic systems can be modeled in multibond graphs …

In this paper, a new approach being different from the concept of DTC and IFOC for a robust
torque control design for induction motor is addressed. The design is based on the …

This article deals with the observability bound problem of a discrete-time nonlinear
singularly perturbed systems (SPSs) subject to disturbances and noises. This nonlinear SPS …

A procedure to obtain a composite control of linear systems with singular perturbations
modelled by bond graphs is presented. The state feedback gains of the composite control …

Modelling in bond graph to obtain reduced models of systems with singular perturbations is
applied. This singularly perturbed system is characterized by having three timescales, ie …

One of the most important features in the analysis of the singular perturbation methods is the
reduction of models. Likewise, the bond graph methodology in dynamic system modeling …

In this work, the authors propose an analytical and systematic technique to represent the
discrete nonlinear singularly perturbed system (SPS) by a coupled state multimodel (MM) …

This paper deals with robust torque controller design for induction motor. The design is
based on singularly perturbed system theory and linear parameter-varying systems, with the …

This paper describes a gain scheduled estimation method for an induction motor's rotor flux.
The gain scheduled structure is different in that it does not necessitate operating point …