In this work we compare two different approaches to the use of multiple scales in the classification process of satellite SAR images. These are (I) the multi-scale co-occurrence texture analysis and (II) the semivariogram approach. Moreover, we propose a scheme for optimizing the co-occurrence window size and the semivariogram lag distances in terms of classification accuracy performance. To improve the results even further, we introduce a methodology to compute the co-occurrence features with a window consistent with the local scale, provided by the semivariogram analysis. Examples of satellite SAR image segmentation for urban area characterization are shown to validate the procedure

Semi-automatic choice of scale-dependent features for satellite SAR image classification

GAMBA, PAOLO ETTORE;DELL'ACQUA, FABIO;TRIANNI, GIOVANNA
2006-01-01

Abstract

In this work we compare two different approaches to the use of multiple scales in the classification process of satellite SAR images. These are (I) the multi-scale co-occurrence texture analysis and (II) the semivariogram approach. Moreover, we propose a scheme for optimizing the co-occurrence window size and the semivariogram lag distances in terms of classification accuracy performance. To improve the results even further, we introduce a methodology to compute the co-occurrence features with a window consistent with the local scale, provided by the semivariogram analysis. Examples of satellite SAR image segmentation for urban area characterization are shown to validate the procedure
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11571/134149
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