Control of dc/dc buck converter is a complex task due to the nonlinearity inherent in the
converter and introduced by the external changes. A robust synergetic controller for the …

Abstract A bi-directional DC-DC converter with adaptive fuzzy logic controller (AFLC) is
introduced. Bi-directional power flow is obtained by the same power components and …

This paper proposes an Adaptive Terminal Synergetic Control (ATSYC) as a control strategy
for Buck DC-DC converter. A simple Adaptive synergetic control (ATSYC) technique for the …

As inevitable power electronic devices, DC-DC converters have been receiving great
attention for their extensive use in a myriad of applications starting with basic calculators to …

This paper addresses the effectiveness of soft computing approaches such as Evolutionary
Computation (EC) and Artificial Neural Network (ANN) to system identification of nonlinear …

This paper presents an adaptive non-singular terminal sliding mode (ANTSM) tracking
control design for DC-DC buck converter. An adaptive Terminal sliding mode control method …

DC-DC switched mode converters are nonlinear and time variant systems, and do not lend
themselves in the application of linear control theory. Control strategies for these controllers …

Inherent time-varying and heavy nonlinearity make DC-DC converters have many difficulties
in control. A kind of dynamic terminal sliding mode control method is designed in this paper …

An improved active auxiliary circuit that allows the power switch in the pulse width
modulated synchronous buck converter to operate with zerovoltage switching is proposed in …

This paper describes the challenges and solutions for low cost control of DC-DC converter
with robust fuzzy logic based controller for robotic/servo applications. Robotic applications …