This post explores road segmentation using a U-Net architecture trained on monocular images from the KITTI dataset. The task focuses on identifying drivable areas from RGB inputs, a challenge due to lighting, shadows, and variable road conditions. I detail the model architecture, training strategies, and key hyperparameters such as learning rate selection and loss functions.

A CNN that classifies FMCW radar targets based on the surrounding cells of the range-Doppler map. Several network architectures were tested with special attention to model size and number of parameters to provide a lightweight solution.

Full development lifecycle of production-grade radar and LiDAR perception stacks, from prototyping advanced tracking and segmentation algorithms to deploying them on resource-constrained embedded hardware. By implementing a mix of classical estimation filters and deep learning models, delivering high-performance solutions for object detection, free space estimation, and automated labeling.
Magna Electronics GmbH, Munich, Germany
Design and evaluation of algorithms for tracking extended targets in automotive applications. Assessment of multiple filters and measurement models for improved performance with minimal computational cost. Full collaboration with the signal processing team to improve detection quality and overall performance.
Magna Electronics GmbH, Munich, Germany
The research is focused on the study and efficient implementation of advanced passive radar signal processing algorithms.
Sapienza University of Rome, Rome, Italy
Resort in marketing analytics and machine learning tools to perform customer segmentation. Development of predictive models to reduce customer churn.
Telefonica Argentina, Buenos Aires, Argentina
A renowned Argentinian science institute that grants full scholarships to all its students and requires taking a competitive admission exam.
Balseiro Institute, Bariloche, Argentina