Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite
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Institute of Electrical and Elctronics Engineering (IEEE)
2010
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my.unimap-88132010-08-18T03:36:05Z Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite Nagarajan, Ragunathan Paulraj, Murugesa Pandiyan, Assoc. Prof. Sazali, Yaacob, Prof. Dr. Zuraidah, Mohd Zain, Prof. Dr. Hoh, W. S. K. Arshad, A. S. Adaptive gain Attitude motions Control torque External disturbances Mamdani fuzzy logic controllers Micro satellite Model reference International Colloquium on Signal Processing and Its Applications (CSPA) Link to publisher's homepage at http://ieeexplore.ieee.org/ Attitude control system is designed to change the attitude of a satellite, able to meet pointing requirement, eliminating external disturbances, a low-cost controller as well as a high reliability control system which can be applied and embedded to a real time application. An adaptive predictive Mamdani fuzzy logic controller (FLC) is introduced in this paper. A predictive control is needed to estimate required control torque at the next sampling time since the satellite system is having time delays. The adaptive portion is using a model reference and the response of the satellite is compared to minimize the output error by adapting the adaptive gain to the controller torque. Y-Thompson regulating control is adapted to the satellite system as the reference input throughout the simulation. The design schemes of modeling adaptive and predictive FLC are described as follow: Basic FLC, Predictive FLC and Adaptive and Predictive FLC (APFLC). The simulation results show that the attitude motion can be controlled with adaptive and predictive FLC even in the presence of noise, disturbance and nonlinearity. 2010-08-18T03:36:05Z 2010-08-18T03:36:05Z 2009-03-06 Working Paper p.23-28 978-1-4244-4150-1 http://ieeexplore.ieee.org/xpls/abs_all.jsp?arnumber=5069180&tag=1 http://hdl.handle.net/123456789/8813 en Proceedings of the 5th International Colloquium on Signal Processing and Its Applications (CSPA) 2009 Institute of Electrical and Elctronics Engineering (IEEE) |
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Adaptive gain Attitude motions Control torque External disturbances Mamdani fuzzy logic controllers Micro satellite Model reference International Colloquium on Signal Processing and Its Applications (CSPA) |
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Adaptive gain Attitude motions Control torque External disturbances Mamdani fuzzy logic controllers Micro satellite Model reference International Colloquium on Signal Processing and Its Applications (CSPA) Nagarajan, Ragunathan Paulraj, Murugesa Pandiyan, Assoc. Prof. Sazali, Yaacob, Prof. Dr. Zuraidah, Mohd Zain, Prof. Dr. Hoh, W. S. K. Arshad, A. S. Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
description |
Link to publisher's homepage at http://ieeexplore.ieee.org/ |
format |
Working Paper |
author |
Nagarajan, Ragunathan Paulraj, Murugesa Pandiyan, Assoc. Prof. Sazali, Yaacob, Prof. Dr. Zuraidah, Mohd Zain, Prof. Dr. Hoh, W. S. K. Arshad, A. S. |
author_facet |
Nagarajan, Ragunathan Paulraj, Murugesa Pandiyan, Assoc. Prof. Sazali, Yaacob, Prof. Dr. Zuraidah, Mohd Zain, Prof. Dr. Hoh, W. S. K. Arshad, A. S. |
author_sort |
Nagarajan, Ragunathan |
title |
Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
title_short |
Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
title_full |
Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
title_fullStr |
Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
title_full_unstemmed |
Y-Thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
title_sort |
y-thompson regulating control using adaptive predictive fuzzy logic for a micro-satellite |
publisher |
Institute of Electrical and Elctronics Engineering (IEEE) |
publishDate |
2010 |
url |
http://dspace.unimap.edu.my/xmlui/handle/123456789/8813 |
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1643789252152000512 |
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13.18916 |