Methods of removal wide-stripe noise in short-wave infrared hyperspectral remote sensing image

Purpose This paper aims to study the removal of wide-stripe noise in hyperspectral remote sensing images. There is a great deal of stripe noises in short-wave infrared hyperspectral remote sensing image, especially wide-stripe noise, which brings great challenge to the interpretation and application...

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Bibliographic Details
Published in:Sensor review 2019-01, Vol.39 (1), p.17-23
Main Authors: Huang, Shi-Qi, Wu, Wen-Sheng, Wang, Li-Ping, Duan, Xiang-Yang
Format: Article
Language:English
Subjects:
Algorithms
Decomposition
Detection
Fourier transforms
Hyperspectral imaging
Image quality
Infrared imagery
Interpolation
Matching
Methods
Noise
Noise generation
Noise reduction
Radiation
Remote sensing
Short wave radiation
Signal processing
Standard deviation
Wavelet transforms
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Summary:Purpose This paper aims to study the removal of wide-stripe noise in hyperspectral remote sensing images. There is a great deal of stripe noises in short-wave infrared hyperspectral remote sensing image, especially wide-stripe noise, which brings great challenge to the interpretation and application of hyperspectral images. Design/methodology/approach To remove the noise and to reduce the impact based on in-depth study of the mechanism of the stripe noise generation and its distribution characteristics, this paper proposed two statistical local processing and moment matching algorithms for the elimination of wide-stripe noise, namely, the gradient mean moment matching (GMMM) algorithm and the gradient interpolation moment matching (GIMM) algorithm. Findings The experiments were carried out with the practical short-wave infrared hyperspectral image data and good experiment results were obtained. Experiments show that both can reduce the impact of wide-stripe noise, and the filtering effect and the application range of the GIMM algorithm is better than that of the GMMM algorithm. Originality/value Using new methods to deal with the hyperspectral remote sensing images, it can effectively improve the quality of hyperspectral images and improve their utilization efficiency and value.
ISSN:0260-2288
1758-6828
DOI:10.1108/SR-03-2017-0039