Swing-up control of double-inverted pendulum systems

<p>This article deals with presenting a new swing-up control approach of a double-inverted pendulum on a trolley. The dynamic model of the double-inverted pendulum is derived and linearized. Two different linearization approaches are used: first, the traditional Taylor's series approach a...

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Main Authors: A. M. Al Juboori, M. T. Hussein, A. S. G. Qanber
Format: Article
Language:English
Published: Copernicus Publications 2024-01-01
Series:Mechanical Sciences
Online Access:https://ms.copernicus.org/articles/15/47/2024/ms-15-47-2024.pdf
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author A. M. Al Juboori
M. T. Hussein
A. S. G. Qanber
author_facet A. M. Al Juboori
M. T. Hussein
A. S. G. Qanber
author_sort A. M. Al Juboori
collection DOAJ
description <p>This article deals with presenting a new swing-up control approach of a double-inverted pendulum on a trolley. The dynamic model of the double-inverted pendulum is derived and linearized. Two different linearization approaches are used: first, the traditional Taylor's series approach and, second, using partial linearization. A state feedback control algorithm has been implemented based on the linearized model from Taylor's series. Furthermore, a method for swinging up the pendulum to the inversion position from rest (swing-up) has been presented. The design and implementation of the swing-up function of the pendulum are implemented using the partial linearized model. The swing-up control procedure depends on using the feedforward–feedback controllers' combination to transfer the pendulums from the downward to the upward position. The time-variant controller gain is used for the sake of the swing-up control procedure. The performances of these algorithms are shown in this paper through simulations.</p>
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spelling doaj.art-67dda3379959421197e116855cbb6e4e2024-01-29T10:50:08ZengCopernicus PublicationsMechanical Sciences2191-91512191-916X2024-01-0115475410.5194/ms-15-47-2024Swing-up control of double-inverted pendulum systemsA. M. Al Juboori0M. T. Hussein1A. S. G. Qanber2Biomedical Engineering Department, Al-Mustaqbal University College, Hillah, IraqDepartment of Mechanical Engineering, University of Babylon, College of Engineering, Hillah, IraqDepartment of Biomedical Engineering, University of Babylon, College of Engineering, Hillah, Iraq<p>This article deals with presenting a new swing-up control approach of a double-inverted pendulum on a trolley. The dynamic model of the double-inverted pendulum is derived and linearized. Two different linearization approaches are used: first, the traditional Taylor's series approach and, second, using partial linearization. A state feedback control algorithm has been implemented based on the linearized model from Taylor's series. Furthermore, a method for swinging up the pendulum to the inversion position from rest (swing-up) has been presented. The design and implementation of the swing-up function of the pendulum are implemented using the partial linearized model. The swing-up control procedure depends on using the feedforward–feedback controllers' combination to transfer the pendulums from the downward to the upward position. The time-variant controller gain is used for the sake of the swing-up control procedure. The performances of these algorithms are shown in this paper through simulations.</p>https://ms.copernicus.org/articles/15/47/2024/ms-15-47-2024.pdf
spellingShingle A. M. Al Juboori
M. T. Hussein
A. S. G. Qanber
Swing-up control of double-inverted pendulum systems
Mechanical Sciences
title Swing-up control of double-inverted pendulum systems
title_full Swing-up control of double-inverted pendulum systems
title_fullStr Swing-up control of double-inverted pendulum systems
title_full_unstemmed Swing-up control of double-inverted pendulum systems
title_short Swing-up control of double-inverted pendulum systems
title_sort swing up control of double inverted pendulum systems
url https://ms.copernicus.org/articles/15/47/2024/ms-15-47-2024.pdf
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AT mthussein swingupcontrolofdoubleinvertedpendulumsystems
AT asgqanber swingupcontrolofdoubleinvertedpendulumsystems