Potential of uav-based pattern classification with convolutional neural network on moderate/low quality uav data

Linara Arslanova,Soeren Hese, Friederike Metz,Christiane Schmullius,Christian Thau, Friedemann Scheibler,Kai Heckel, Marcel Foelsch,Marcel Urban, Michael Schultz

IGARSS 2023 - 2023 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM(2023)

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摘要
This work serves as demonstrator, how low/medium quality UAV data can be integrated for agricultural pattern classification with convolutional neural network (CNN). The study also illustrates the potential sources of error in spectral and texture information that arise during image acquisition and processing, which can be improved during image processing and correct choice of mosaicking parameters. CNN classification of six agricultural patterns of interest (weed infested area, dry and vital crop area, dry and vital lodged crop area, bare soil area) of corn, rapeseed, winter wheat and spring barley fields. The performance of the classification is assessed on images with different units (reflectance and DN) and images with different sun lightening conditions, shadows and 'blur' effects (moderate/low quality data).
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关键词
CNN classification,UAV imagery,agricultural pattern mapping,image processing,data quality
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