Semantic segmentation consists of the generation of a categorical map, given an image in which each pixel of the image is automatically assigned a class. Deep learning allows the influence of the pixel's context to be learned by capturing the non-linear relationships between surrounding image features at multiple scales, leading to large improvements in performance and opening up the door to new applications. This chapter explores the use of deep learning-based semantic segmentation in Earth observation imagery and presents in detail three approaches specifically aimed at Earth observation applications
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
High-dimensional geospatial data visualization has gained much importance in recent decades. But to ...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
Bidirectional in recent years, Deep learning performance in natural scene image processing has impro...
Availability of very high-resolution remote sensing images and advancement of deep learning methods ...
Deep learning architectures have received much attention in recent years demonstrating state-of-the-...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
International audienceThis paper explores different aspects of semantic segmentation of remote sensi...
High-dimensional geospatial data visualization has gained much importance in recent decades. But to ...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...
Bidirectional in recent years, Deep learning performance in natural scene image processing has impro...
Availability of very high-resolution remote sensing images and advancement of deep learning methods ...
Deep learning architectures have received much attention in recent years demonstrating state-of-the-...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceDeep learning architectures have received much attention in recent years demon...
International audienceThis work investigates the use of deep fully convolutional neural networks (DF...