Academic Publications

Detection of Forest Fires through Deep Unsupervised Learning Modeling of Sentinel-1 Time Series

With an increase in the amount of natural disasters, the combined use of cloud-penetrating Synthetic Aperture Radar and deep learning …

Grad-SLAM: Explaining Convolutional Autoencoders’ Latent Space of Satellite Image Time Series

This paper introduces a tool for explaining the latent space generated by applying convolutional autoencoders to satellite image time …

FARMSAR: Fixing AgRicultural Mislabels Using Sentinel-1 Time Series and AutoencodeRs

This paper aims to quantify the errors in the provided agricultural crop types, estimate the possible error rate in the available …

Extracting relevance from SAR temporal profiles on a glacier and an alpine watershed by a deep autoencoder

This paper proposes to use methods for compressing the temporal profiles of Sentinel-1 images, in order to be able to evaluate and …

Beets or Cotton? Blind Extraction of Fine Agricultural Classes Using a Convolutional Autoencoder Applied to Temporal SAR Signatures

We present a fully unsupervised learning pipeline, which involves both a projection method and a clustering algorithm dedicated to the …

Multi-branch Deep Learning model for detection of settlements without electricity

We introduce a multi-branch Deep Learning architecture that allows for the extraction of multi-scale features. Exploiting the data …

Convolutional Autoencoder for unsupervised representation learning of PolSAR Time-Series

Temporal Convolutional AutoEncoders are used as feature extractors to project time series onto a latent space where similarity …

MSc Thesis: Multimodal Similarity Learning for Duplicate Product Identification

State of the art models for Similarity Learning are all based on Deep Learning architecture using Siamese Network [Gregory et al., …