This paper provides a detailed analysis of the output voltage/current tracking control of a
PWM DCDC converter that has been modeled as a Markov jump system. In order to achieve …

This paper proposes an innovative simplified two-stage algorithm for precise and durable
regulation of the buck power systems. A critically damped of response is captured and …

This study focuses on a control approach for a constrained autonomous flexible manipulator
system (AFMS) with multiple disturbances comprising both matched and mismatched …

Due to the high gain characteristics of the extended state observer (ESO), ADRC technology
will be affected by high-frequency measurement noise in the buck circuit, the traditional …

It is well known that unmodeled dynamics and uncertainties can deteriorate the performance
of classical controllers. To resolve this problem, there is growing popularity in using the …

A sliding mode control (SMC) method is designed to attenuate the disturbances in the DC–
DC buck converter system based on the estimated values of extended state observer (ESO) …

This paper proposes a high-performance control strategy for dc–dc converters supplying
combined loads (constant current/power, and/or linear loads). This strategy combines a …

This paper presents the design, simulation and realtime implementation of a digital PID
controller for DC-DC buck converter. The developed controller is capable to drive the output …

In this paper, an effective system for fault detection and fault identification is proposed for DC–
DC Boost converters, and the effectiveness of the method is proved from theoretical …

The polymer electrolyte membrane fuel cell (PEMFC) power conditioning is particularly
crucial for a fuel cell vehicle to meet various load demands effectively. This paper focuses on …