LQG control of a semi-active suspension system equipped with MR rotary brake

Asha Dharan; Silje Helene Olsen Storhaug; Hamid Reza Karimi

LQG control of a semi-active suspension system equipped with MR rotary brake

International Conference on Instrumentation, Measurement, Circuits and Systems: 176-181

Article 2012 English

Abstract

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This paper deals with analyzing LQG control to mitigate vibrations in a semi-active suspension system (SAS) equipped with an MR rotary brake. The results of various simulations are studied and compared to the real system.

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LQG control of a semi-active suspension system equipped with MR rotary brake

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Related publications

Modeling and control design for a semi-active suspension system with magnetorheological rotary brake

Neural network-based models for a vibration suppression system equipped with MR brake

A COMPARATIVE STUDY OF PHENOMENOLOGICAL MODELS OF MR BRAKE BASED ON NEURAL NETWORKS APPROACH

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Load-dependent LPV/H<SUB align="right">2 output-feedback control of semi-active suspension systems equipped with MR damper