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Mitic, D. and Milosavljevic, C. (2004) Sliding Mode Based Minimum Variance and Generalized Minimum Variance Controls with O(T2) and O(T3) Accuracy. Journal of Electrical Engineering (Archiv fur Elektrotechnik), 86, 229-237.

has been cited by the following article:

• TITLE: The Usage of the Digital Controller in Regulating Boost Converter

  AUTHORS: Muhanad D. Almawlawe, Darko Mitic, Marko Milojevic

  KEYWORDS: Boost Converter, Input-Output Measurement, QSM (Quasi-Sliding Mode), GMV (Generalized Minimum Variance), PWM (Pulse Width Modulation)

  JOURNAL NAME: Circuits and Systems, Vol.6 No.12, December 9, 2015

  ABSTRACT: This paper proposes the modeling and simulation technique to analyze and design a Boost converter using generalized minimum variance method with discrete-time quasi-sliding mode to adjust the converter switch through a pulse width modulation (PWM), so as to enhance a stable output voltage. The control objective is to maintain the sensed output voltage stable, constant and equal to some constant reference voltage (8 volt) in the load resistance variation (24, 48, 240) Ω and input voltage variation (20, 24, 28) volt circumstances. This control strategy is very appropriate for the digitally controlled power converter and for the system requirement accomplishment, resulting high output voltage accuracy. The performance degradation in practical implementation can be expected due to noise, PWM nonlinearities, and components imperfection. The digital simulation using MATHLAB/Simulink is performed to validate the functionality of the system.