Constant speed VSC of a spherical robot driven by Omni wheels

This paper mainly outlines the model of the invented spherical robot using Omni wheels to drive a spherical wheel. The dynamical model is derived based on Euler Lagrange approach. Therefore, based on the derived model, the variable structure control (VSC) is presented in which the sliding mode contr...

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Bibliographic Details
Main Authors: Chi-Hua Wang, Yu-Hsiang Lin, Kun-Shu Huang, Bore-Kuen Lee, Kuo-Bin Lin, Chi-Kuang Hwang
Format: Conference Proceeding
Language:English
Subjects:
Control systems
Cybernetics
Machine learning
Mathematical model
Mobile robots
Omni wheels
Sliding surface control
Spherical robot
Variable Structure Control
Wheels
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Summary:This paper mainly outlines the model of the invented spherical robot using Omni wheels to drive a spherical wheel. The dynamical model is derived based on Euler Lagrange approach. Therefore, based on the derived model, the variable structure control (VSC) is presented in which the sliding mode control (SMC) is adopted to achieve a constant speed at a vertical balance altitude. Simulations of the proposed control algorithm have been conducted based on two pre-determined sliding surfaces with adjustable parameters to discuss the effective time to enter the sliding surface and the convergence.
ISSN:2160-133X
DOI:10.1109/ICMLC.2011.6016886