This paper investigates the use of a new sliding mode control for the output voltage
regulation of boost converter under parametric uncertainties of load resistance and input …

Power electronic converters find application in diverse fields due to their high power
conversion efficiency. Converters are often characterized by time response specifications …

This paper deals with the output voltage regulation problem of dc-dc boost converter feeding
a resistive load. A new control mechanism based on Chebyshev neural network embedded …

This article presents an experimental realization of adaptive backstepping control
methodology on a cascaded buck converter permanent magnet dc (PMDC)-motor …

DC-DC step-down/buck converters are prominent part of DC power supply system. The
dynamics of DC-DC step down converter are nonlinear in nature and are largely influenced …

Conventional PID design techniques for DC-DC converters have two main drawbacks: they
employ small-signal linearization and rely on high stability margins to cope with wide load …

A finite time current observer based adaptive backstepping control strategy is proposed for
the output voltage regulation of buck type DC-DC converters. The proposed current observer …

This article presents a novel adaptive control method based on neural networks for robust
output voltage tracking in buck converters over a wide operating range. Buck converters are …

This paper presents a novel control scheme for the output voltage tracking problem of dc-dc
buck converter. The proposed control structure integrates a direct adaptive backstepping …

An experimental investigation into a hybrid backstepping control proposed for the output
voltage regulation of DC-DC buck converter is carried out in this paper. The proposed hybrid …