In this paper, a novel approach is proposed for the spectral-spatial classification of hyperspectral images. The proposed classification approach is based on a novel filtering technique, here entitled as extended extinction profile (EEP). The proposed classification approach is applied on two well-known data sets: Pavia University and Indian Pines; and the obtained results have been compared with one of the strongest filtering approaches in the literature named extended attribute profile (EAP). Results confirm that the proposed approach is able to efficiently extract spatial information for the classification of hyperspectral images
In this study, a new clustering-based feature extraction algorithm is proposed for the spectral-spat...
This article proposes a generic framework to process jointly the spatial and spectral information of...
With respect to recent advances in remote sensing technologies, the spatial resolution of airborne ...
This letter proposes a new approach for the spectral–spatial classification of hyperspectral images,...
In this paper we investigate the combined use of morphological attribute filters and feature extract...
International audienceRecent advances in spectral-spatial classification of hyperspectral images are...
An incremental classification algorithm INC_SPEC_MP<sub>ext</sub> was proposed for hyperspectral rem...
Recent advances in sensor technology have led to an increased availability of hyperspectral remote s...
The availability of hyperspectral images with improved spectral and spatial resolutions provides the...
Extended attribute profiles and extended multi-attribute profiles are presented for the analysis of ...
International audienceIn this study we investigated the classification of hyperspectral data with hi...
In this paper an extended classification approach for hyperspectral imagery based on both spectral a...
Classification is a significant subject in hyperspectral remote sensing image processing. This study...
Extinction profile (EP) is an effective feature extraction method which can well preserve the geomet...
Remote sensing involves measuring and analyzing objects of interests through data collected by a rem...
In this study, a new clustering-based feature extraction algorithm is proposed for the spectral-spat...
This article proposes a generic framework to process jointly the spatial and spectral information of...
With respect to recent advances in remote sensing technologies, the spatial resolution of airborne ...
This letter proposes a new approach for the spectral–spatial classification of hyperspectral images,...
In this paper we investigate the combined use of morphological attribute filters and feature extract...
International audienceRecent advances in spectral-spatial classification of hyperspectral images are...
An incremental classification algorithm INC_SPEC_MP<sub>ext</sub> was proposed for hyperspectral rem...
Recent advances in sensor technology have led to an increased availability of hyperspectral remote s...
The availability of hyperspectral images with improved spectral and spatial resolutions provides the...
Extended attribute profiles and extended multi-attribute profiles are presented for the analysis of ...
International audienceIn this study we investigated the classification of hyperspectral data with hi...
In this paper an extended classification approach for hyperspectral imagery based on both spectral a...
Classification is a significant subject in hyperspectral remote sensing image processing. This study...
Extinction profile (EP) is an effective feature extraction method which can well preserve the geomet...
Remote sensing involves measuring and analyzing objects of interests through data collected by a rem...
In this study, a new clustering-based feature extraction algorithm is proposed for the spectral-spat...
This article proposes a generic framework to process jointly the spatial and spectral information of...
With respect to recent advances in remote sensing technologies, the spatial resolution of airborne ...