International Journal of Remote Sensing · 2000 · 50 citations · 0 references
Natural ResourcesEarth SciencesGeoinformaticsLandscape Change DetectionLandscape Pattern AnalysisRemote SensingLand Cover Change DetectionLand Cover ClassificationLand Cover MappingLand Cover Pattern AnalysisRemote Sensing Image AnalysisRemote Sensing ImageryAlbedoLand Surface ClassificationRemote Sensing Data AnalysisSatellite Image AnalysisSatellite Image ClassificationSatellite Remote Sensing DataSpectral ClassificationSpectral Shape Analysis
We have developed a 'pattern decomposition method' based on linear spectral mixing of ground objects for n-dimensional satellite data. In this method, spectral response patterns for each pixel of an image are decomposed into three components using three standard spectral shape patterns determined from the image data. Applying this method to Landsat Thematic Mapper data, six-dimensional data are successfully transformed into three-dimensional data. Nearly 94% of the information in the six-dimensional data is retained in the three components. This method is very useful for classifying and monitoring changes in land cover.