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A Metrological Measurement of Texture in Hyperspectral Images using Relocated Spectral Difference Occurrence Matrix

Citation Author(s):
Rui Jian Chu, Noel Richard, Christine Fernandez-Maloigne, Jon Yngve Hardeberg
Submitted by:
Rui Jian Chu
Last updated:
20 September 2019 - 11:28am
Document Type:
Presentation Slides
Document Year:
2019
Event:
Presenters:
Rui Jian Chu
Paper Code:
2765
 

A new hyperspectral texture descriptor, Relocated Spectral Difference Occurrence Matrix (rSDOM) is proposed. It assesses the distribution of spectral difference in a given neighborhood. For metrological purposes, rSDOM employs Kullback-Leibler pseudo-divergence (KLPD) for spectral difference calculation. It is generic and adapted for any spectral range and number of band. As validation, a texture classification scheme based on nearest neighbor classifier is applied on HyTexiLa dataset using rSDOM. The performance is close to Opponent Band Local Binary Pattern (OBLBP) with classification accuracy of 94.7 %, but at a much-reduced feature size (0.24 % of OBLBP's) and computational complexity.

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