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Mixed H_/H#x221E; fault detection filter design based on probabilistic robustness

机译:混合H_ / h∞ 基于概率鲁棒性的故障检测滤波器设计

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This paper presents fault detection filter design in mixed H_/H objective formulation based on probabilistic robustness theory. With the recently developed probabilistic robustness theory, fault detection filter is designed which is robust to model uncertainty without structural restriction. Normally, fault detection filter is designed to satisfy two objectives such as low sensitivity (H) to disturbance but, high sensitivity (H_) to actual fault. An approach is developed to apply probabilistic robustness theory to mixed type filter design.
机译:本文介绍了混合H_ / H &#x221e中的故障检测滤波器设计; 基于概率鲁棒性理论的目标配方。 利用最近开发的概率稳健性理论,设计了故障检测滤波器,其稳健地模拟不确定性而无需结构限制。 通常,故障检测滤波器旨在满足两个目标,例如低灵敏度(H ∞ ),但对实际故障的高灵敏度(H_)。 开发一种方法以将概率鲁棒性理论应用于混合式过滤器设计。

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