A Novel Adaptive Robust NIR Modeling Method Based on Sparse Bayesian Learning

doi:10.1109/TII.2024.3367007

A Novel Adaptive Robust NIR Modeling Method Based on Sparse Bayesian Learning

2024-06-01

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DOI：10.1109/TII.2024.3367007

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The near-infrared (NIR) method has shown great potential in estimating key parameters in various industrial processes. Selecting characteristic wavelengths from high-dimensional spectra is crucial in building a prediction model with the satisfactory performance. However, existing wavelength selection methods based on the wavelength or waveband importance estimation are time-consuming and unstable. To improve the stability and generalization of the established model, a novel adaptive robust method is proposed for NIR modeling in this work, in which the pattern-coupled sparse model has been developed to estimate the spectral peak wavebands adaptively. Furthermore, a robust method based on global-local shrinkage is developed for characteristic wavelength selection. Compared with the state-of-the-art techniques, the proposed method is more accurate and robust for NIR modeling on both benchmark and real datasets.

Keywords:

Characteristic wavelength selection

robust modeling

sparse Bayesian learning (SBL)

waveband estimation

A Novel Adaptive Robust NIR Modeling Method Based on Sparse Bayesian Learning

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