Journal of Chemometrics · 2000 · 558 citations · 16 references
ComputingData ScienceFeature EngineeringOptimizationSpectroscopic AnalysisFeature SelectionGenetic AlgorithmsModel SelectionSpectral AnalysisSpectral Data ProcessingVariable SelectionFeature Subset SelectionGenetic Algorithm OptimizationGenetic Algorithm Variable SelectionMultivariate CalibrationSpectral Data PreprocessingWavelength Selection
After suitable modifications, genetic algorithms can be a useful tool in the problem of wavelength selection in the case of a multivariate calibration performed by PLS. Unlike what happens with the majority of feature selection methods applied to spectral data, the variables selected by the algorithm often correspond to well-defined and characteristic spectral regions instead of being single variables scattered throughout the spectrum. This leads to a model having a better predictive ability than the full-spectrum model; furthermore, the analysis of the selected regions can be a valuable help in understanding which are the relevant parts of the spectra. After the presentation of the algorithm, several real cases are shown. Copyright © 2000 John Wiley & Sons, Ltd.
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Genetic algorithms in search, optimization, and machine learning
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