Visualization of feature spaces based on spectral and texture characteristics

E. Myasnikov
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Abstract

The paper presents a method for visualizing feature spaces describing the pixels of hyperspectral images based on spectral and texture characteristics. The proposed method allows using various measures of spectral dissimilarity between image pixels along with textural features. The method is based on an implicit transition to intermediate feature representations using the calculation of pairwise dissimilarities between data points in input feature spaces, followed by the reconstruction of feature vectors in 3D space and interactive data visualization. The proposed approach is investigated on publicly available hyperspectral scenes using quantitative estimates and visual analysis.
基于光谱和纹理特征的特征空间可视化
提出了一种基于光谱和纹理特征的高光谱图像像素特征空间可视化方法。所提出的方法允许使用图像像素之间的光谱不相似性的各种度量以及纹理特征。该方法通过计算输入特征空间中数据点之间的两两不相似度,隐式过渡到中间特征表示,然后在三维空间中重建特征向量并进行交互式数据可视化。采用定量估计和视觉分析的方法对公开可用的高光谱场景进行了研究。
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