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3 months ago

In-domain representation learning for remote sensing

Maxim Neumann Andre Susano Pinto Xiaohua Zhai Neil Houlsby

In-domain representation learning for remote sensing

Abstract

Given the importance of remote sensing, surprisingly little attention has been paid to it by the representation learning community. To address it and to establish baselines and a common evaluation protocol in this domain, we provide simplified access to 5 diverse remote sensing datasets in a standardized form. Specifically, we investigate in-domain representation learning to develop generic remote sensing representations and explore which characteristics are important for a dataset to be a good source for remote sensing representation learning. The established baselines achieve state-of-the-art performance on these datasets.

Benchmarks

BenchmarkMethodologyMetrics
image-classification-on-eurosatResNet50
Accuracy (%): 99.2
image-classification-on-resisc45ResNet50
Top 1 Accuracy: 96.83
image-classification-on-so2sat-lcz42ResNet50
Accuracy: 63.25
multi-label-image-classification-onResNet50
mAP (macro): 75.36
scene-classification-on-uc-merced-land-useResNet50
Accuracy (%): 99.61

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In-domain representation learning for remote sensing | Papers | HyperAI