Publication | Closed Access
Fusion of Lidar, Hyperspectral and RGB Data for Urban Land Use and Land Cover Classification
13
Citations
10
References
2018
Year
Unknown Venue
EngineeringMachine LearningLand UseMultispectral ImagingSpatiotemporal Data FusionLand CoverEnsemble-based Classification ApproachSocial SciencesUrban Land UseImage AnalysisData SciencePattern RecognitionMultiple Classifier SystemMachine VisionSynthetic Aperture RadarGeographyHyperspectral ImagingComputer VisionLand Cover MapLand Cover ClassificationIeee Grss 2018Remote SensingRgb DataCover MappingClassifier System
In this paper, we present an ensemble-based classification approach for urban land use and land cover classification based on multispectral LiDAR, hyperspectral and very high resolution RGB data. The approach has been evaluated on the data set provided for the IEEE GRSS 2018 Data Fusion Contest organized by the GRSS IADF technical committee and has been proven to have a high operational performance, being able to distinguish between different grass-, building- and street-types among other classes like water, railways and parking lots as well as other non-typical classes like cars, trains, stadium seats, etc.
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