Self-Supervision in Time for Satellite Images(S3-TSS): A novel method of SSL technique in Satellite images

With the limited availability of labeled data with various atmospheric conditions in remote sensing images, it seems useful to work with self-supervised algorithms. Few pretext-based algorithms, including from rotation, spatial context and jigsaw puzzles are not appropriate for satellite images. Oft...

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Published in:arXiv.org 2024-03
Main Authors: Maurya, Akansh, Shrestha, Hewan, Shahriar, Mohammad Munem
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Language:English
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Algorithms
Jigsaw puzzles
Remote sensing
Satellite imagery
Self-supervised learning
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description With the limited availability of labeled data with various atmospheric conditions in remote sensing images, it seems useful to work with self-supervised algorithms. Few pretext-based algorithms, including from rotation, spatial context and jigsaw puzzles are not appropriate for satellite images. Often, satellite images have a higher temporal frequency. So, the temporal dimension of remote sensing data provides natural augmentation without requiring us to create artificial augmentation of images. Here, we propose S3-TSS, a novel method of self-supervised learning technique that leverages natural augmentation occurring in temporal dimension. We compare our results with current state-of-the-art methods and also perform various experiments. We observed that our method was able to perform better than baseline SeCo in four downstream datasets. Code for our work can be found here: https://github.com/hewanshrestha/Why-Self-Supervision-in-Time
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subjects Algorithms
Jigsaw puzzles
Remote sensing
Satellite imagery
Self-supervised learning
title Self-Supervision in Time for Satellite Images(S3-TSS): A novel method of SSL technique in Satellite images
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