Learning Based Observer
Learning-based observers are computational methods that estimate the unobservable internal states of dynamic systems, surpassing traditional model-based approaches in handling nonlinearities and uncertainties. Current research focuses on leveraging neural networks, including neural ODEs and Fourier Neural Operators, and meta-learning techniques to improve accuracy, robustness, and computational efficiency, particularly for nonlinear systems and partial differential equations. These advancements are significant for various applications, such as improved control systems, anomaly detection in sensor networks, and more efficient state estimation in robotics and other fields.
Papers
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