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22-08-2016 | Original Article | Issue 6/2017

International Journal of Machine Learning and Cybernetics 6/2017

Switching control design based on state feedback for unstable plants

Journal:
International Journal of Machine Learning and Cybernetics > Issue 6/2017
Authors:
Fanwei Meng, Xiaohui Chen, Yunjing Liu, Feng Guo

Abstract

Linear control design was adopted for unstable controlled plant, whose property was influenced by the unstable pole value. Therefore, designed results can not satisfy the requirement of disturbances rejection and robustness. An effective nonlinear control design method, which combined effectively with state feedback control and proportion integration–proportion differentiation (PI–PD) switching control, was proposed in the paper. Considered synthetically stability and dynamic property of controlled plant, which combined with magnetic suspension controlled experiment in order to gradually improve the controller. Finally, PI–PD switching control based on state feedback control was taken as a nonlinear control design method which could make magnetic suspension controlled system stabilize suspension. The method decreased steady state error, eliminated stick slip phenomenon of control action with stable tracking, and improved the robustness of the system.

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