Adaptive Fault Detection and Isolation for Active Suspension Systems With Model Uncertainties
Adaptive Fault Detection and Isolation for Active Suspension Systems With Model Uncertainties is a scholarly work, published in 2019 in ''IEEE Transactions on Reliability''. The main subjects of the publication include parametric statistics, semiconductor device reliability, reliability engineering, active suspension, hydraulic machine, control engineering, control theory, fault, biological robustness, fault detection and isolation, estimator, nonlinear system, Active vibration control, computer science, and engineering. Illustrative simulation is carried out to validate the effectiveness of the fault diagnosis scheme, and results indicate that the proposed method is sensible to sudden faults and maintain robustness to model uncertainties appearing in suspension systems.