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Santiago Velasco-Forero

Santiago Velasco-Forero

Researcher Scientist

Center · STIM

Awards & distinctions

  • 2016 Prix de “Outstanding reviewer: pour Pattern Recognition. 1 février 2016

Team

STIM

Biography

Santiago Velasco-Forero is a researcher whose work lies at the intersection of mathematical morphology, deep learning, and the processing of spatial and multidimensional data. His research focuses primarily on integrating morphological operators into neural architectures, with the aim of combining the robustness of nonlinear methods with the learning capabilities of neural networks. In particular, he explores theoretical approaches to generalize morphological operators to equivariant frameworks, such as group transformations, while developing practical applications in medical imaging, 3D point cloud analysis, and radar signal processing. His expertise also includes the design of interpretable models, leveraging concepts such as geodesic reconstructions and differential invariants, for tasks such as segmentation, classification, and anomaly detection. His recent contributions address methodological challenges, such as the optimization of morphological networks or the evaluation of generative data, while proposing solutions tailored to specific industrial or scientific contexts.

Publication(s)

Teaching

Deep Learning for Image Analysis

Lecturer

The course will consist of lectures and hands-on sessions. The lectures will cover: - Introduction to machine learning. - Artificial neural networks, backpropagation algorithm - Convolutional neural networks - Successful architectures - Analysis of neural network functionality - Image classification and segmentation - Autoencoders and generative networks - Current trends and research prospects During the practical sessions, students will implement the concepts learned in class using Python. They will tackle practical problems related to deep learning: architecture design, optimization strategies, hyperparameter selection, and analysis of results.

PhD supervision

  • 2025 Robustness by design for frugal and trustworthy learning models LOZA RAMIREZ Edgar
  • 2025 Generative 3D Models with Geometric Constraints OLECH Alexandre
  • 2024 Hybrid image processing for surface particulate contamination metrology: coupling morphological methods and learning methods for aerosols PILLARD Dorian
  • 2024 Morphological layers in neural networks: how to train and use them for data analysis DIMITROVA Mihaela
  • 2024 Long-range maritime object tracking in the NIR band using artificial intelligence GOLEBIEWSKI Adrien
  • 2023 Deep Learning on High-Resolution Radar Profiles: GANs and XAI BRIENT Edwyn
  • 2023 A Priori Geometric Knowledge for Deep Learning Models in 3D Point Clouds ONGHENA Pierre
  • 2023 The contribution of artificial intelligence to improving the performance of atmospheric contamination monitors ROBLIN Arthur
  • 2021 Contributions to unsupervised visual anomaly detection CASAGRANDE BERTOLDO Joao Paulo
  • 2021 Anomaly detection in satellite trajectories using artificial intelligence for space surveillance radar BAUDIER Stéfan
  • 2020 Contributions to Equivariance to Roto-Translations for Deep Learning in Image Processing PENAUD--POLGE Valentin
  • 2019 Using machine learning methods for radar tracking and aircraft classification tasks. JOUABER Sami
  • 2019 One-class classification for low-resolution, weakly supervised discrimination of pulsed Doppler radar targets BAUW Martin
  • 2019 Deep Learning Equivariant Based on Scale Spaces and Moving Frames SANGALLI Mateus
  • 2018 3D urban scene understanding through analysis of LiDAR, color, and hyperspectral data DUQUE David
  • 2017 Contributions to graph-based hierarchical analysis for images and 3D point clouds GIGLI Leonardo