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Research on Spectral Mapping models and its Accuracy Evaluation Based on Pixel Feature Vectors of Hyperspectral Imagery

机译:基于高光谱图像像素特征向量的光谱映射模型及其精度评估研究

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摘要

Hyperspectral remote sensing (MRS) imagery classification and mapping is currently a research hotspot of remote sensing technology with image pixel spectral vectors. The paper researched some models of hyperspectral image classification based on spectral angle mapper (SAM), support vector machines (SVMs) and Minimum Noise Fraction (MNF) technology, and structured three HRS image classifiers of MNF_SAM, SVM and MNF_SVM models combined with the AVIR1S hyperspectral image. The research results indicate that the SVM classification accuracy is higher than the MNF_SAM, but MNF_SVM classification efficiency and accuracy is better than the MNF_SAM and SVM classifier.
机译:高光谱遥感(MRS)图像分类和制图目前是具有图像像素光谱向量的遥感技术的研究热点。研究了基于光谱角映射器(SAM),支持向量机(SVM)和最小噪声分数(MNF)技术的高光谱图像分类模型,并结合AVIR1S构造了MNF_SAM,SVM和MNF_SVM模型的三个HRS图像分类器高光谱图像。研究结果表明,SVM分类精度高于MNF_SAM,但MNF_SVM分类效率和准确性均优于MNF_SAM和SVM分类器。

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