Smart Control of Buck Converters using a Switching-based Clustering Algorithm

This paper proposes a new approach to the control of switching voltage regulators (buck converters). The method is performed using a switching-based clustering algorithm. The implementations of competing approaches such as a fuzzy-logic controller, proportional integral derivative controller and a n...

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Published in:2019 14th Annual Conference System of Systems Engineering (SoSE) pp. 334 - 339
Main Authors: Abegaz, B.W., Cmiel, M.
Format: Conference Proceeding
Language:English
Published: IEEE 01.05.2019
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Abstract This paper proposes a new approach to the control of switching voltage regulators (buck converters). The method is performed using a switching-based clustering algorithm. The implementations of competing approaches such as a fuzzy-logic controller, proportional integral derivative controller and a neural network based controller are presented in order to compare and evaluate the performance of the switching-based clustering algorithm. The results of the approach show that the proposed method could improve the stability and the performance of the buck converter system by 2.7% in terms of settling time and by 0.6% in terms of the overshoot value as compared to other control methods for buck converters.
AbstractList This paper proposes a new approach to the control of switching voltage regulators (buck converters). The method is performed using a switching-based clustering algorithm. The implementations of competing approaches such as a fuzzy-logic controller, proportional integral derivative controller and a neural network based controller are presented in order to compare and evaluate the performance of the switching-based clustering algorithm. The results of the approach show that the proposed method could improve the stability and the performance of the buck converter system by 2.7% in terms of settling time and by 0.6% in terms of the overshoot value as compared to other control methods for buck converters.
Author Cmiel, M.
Abegaz, B.W.
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Snippet This paper proposes a new approach to the control of switching voltage regulators (buck converters). The method is performed using a switching-based clustering...
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StartPage 334
SubjectTerms Buck converters
clustering
Clustering algorithms
Control systems
Machine learning
Multilevel converters
Neural networks
power converters
Regulators
Switches
switching
System of systems
unsupervised machine learning
Voltage control
Title Smart Control of Buck Converters using a Switching-based Clustering Algorithm
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