The Research on H2 Optimal Control Applied to Active Vibration Isolation

Jing Jun Lou; Qiang Hong Zeng; Shi Jian Zhu

doi:10.4028/www.scientific.net/AMM.84-85.167

Paper Titles

The Application of the Baseline and Monitoring Methodologies to the Renewable Energy for Base Stations Project
p.139

Roll Damping and Anti-Capsizing System for Ships Using Fuzzy-Extension Control Strategy
p.144

Modelling and Simulation of Phased Array Transducers Base on Advanced UT Techniques
p.155

Building New Reliable Wireless Network by Using Distributed Control
p.160

The Research on H₂ Optimal Control Applied to Active Vibration Isolation
p.167

Research on New Machining Method that Cutting Arc Surfaces in SIEMENS840D System
p.172

Prediction of Compressive Strength of Aerated Lightweight Aggregate Concrete by Artificial Neural Network
p.177

Active Vibration Control for Lathe Based Neural Network
p.183

Influence of Structural Parameters on Mechanical Properties of Double-Block Ballastless Track
p.188

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The Research on H₂ Optimal Control Applied to Active Vibration Isolation

Abstract:

In considering transmissibility of force and the output force of actuator, the transfer function was got between input excitations and out performance. Adopting different feedback control variable as velocity, force, full state etc, the H₂ optimal control was applied to double layer isolation system. By analyzing the amplitude-frequency characteristics of transfer function, comparing the advantages and disadvantages of various feedback control strategy, the best control method of H₂ is determined.