An on‐line generalised model predictive control (GMPC) strategy is designed and optimised
with a novel identification procedure in the presence of different disturbances. The principle …

In order to improve the driving dynamics and riding comfort of pure electric vehicles, taking a
two-speed I-AMT (Inverse-Automatic Mechanical Transmission) with rear friction clutch as …

A reduced-order observer-based active disturbance rejection control (RADRC) is suggested
to regulate the output of the boost converter in the presence of unwanted disturbance …

This paper is about comparion of three well known robust control techniques used for the
regulation of output voltage for a dc-dc boost converter that has a non minimum phase …

Boost converter (BC) accompanied with non-minimum phase behaviour for right-half plane
(RHP) zero availability. This incident put a cap on the control loop attainable bandwidth of …

Tri-state boost converters (TBC) are predominantly developed for fast response boost action.
Different single and dual mode control strategies have been employed to improve the …

Due to the strong controllability and high reliability of DC microgrids, it has become the
predominant power supply system in the field of power electronics today. Owing to the …

This paper gives the design of IMC and IMC derived biphasic Interleaved Boost Converter
(IBC) in voltage mode control technique. Small-signal based modelling of IBC in continuous …

Boost converters are quite frequently used in power electronic systems for multiple
applications like computer, mobile charger etc. In this paper, Type III controller is introduced …

A wide range applications of DC-DC boost converter always demanded a control technique
with high performance to track the desired output voltage. Amongst all existing control …