2023

Tags: , ,

Vision Transformers for Analyzing High-Resolution Pathology Images

Master Thesis Transformers are powerful models that can capture long-range dependencies between data using an attention mechanism. However, applying transformers to medical problems poses challenges due to the high-resolution and complexity of pathology images, as well as the scarcity and noise of labels. In this…

Tags: , ,

2022

Tags: ,

Tags: , , , ,

2021

Tags: ,

Exploration of D-Cliques Variations and Edges Cases for Decentralized Federated Learning

Research Project, 90/100, 2021Researched the decentralized implementation of a Federated Learning algorithm in the Scalable Computing Systems Laboratory at EPFL. Supervised by Prof. Karmarec, I explored and identify the computational implications of a Decentralized approach to a state-of-the-art topology (D-Cliques) in a research environment. D-Cliques…

Tags: ,

Towards Robust and Adaptable Diagnosis of Pneumonia from Chest X-ray Data

Visual Intelligence, 90/100, 2021 Artificial intelligence (AI) researchers and radiologists have recently reported AI systems that accurately diagnose pneumonia from a chest X-Ray images using deep neural networks when trained on a sufficient large and homogeneous amount of labelled images. However, the robustness and adaptability…

Tags: , , , ,

Tags:

Reinforcement Learning for moon landing in OpenGym

Artificial Neural Networks, 90/100, 2021 Artificial intelligence (AI) researchers and radiologists have recently reported AI systems that accurately diagnose pneumonia from a chest X-Ray images using deep neural networks when trained on a sufficient large and homogeneous amount of labelled images. However, the robustness and…

Tags:

Movie Recommendation System in Spark for Big Data

Systems for Data Science, 100/100, 2021 Developed and deployed a movie recommendation system in Scala with Spark. The movie recommender is modeled with an approximate k-NN system that can predict efficiently over several machines the best movie for a user. The personalized recommender is implemented…

Tags:

Robust Journey Planning for CFF Zurich

Labs in Data Science, 100/100, Best Class Project, 2021 Developed and deployed a journey planner using Spark to compute and visualize the best transportation and path using Zurich Transportation System. Using CFF data, we built a predictive model that solved efficiently the transportation problem. Given…

Tags:

Tags:

Tags:

2020

Detecting Rooftop Area for installing PV modules with Deep Learning

Machine Learning, 100/100, 2021 Won the 2nd place for best project presentation, presented at the CISBAT 2021 and published in the Journal of Physics. With Prof. Castello, we worked on Deep-learning for the detection of available for solar panel installation from satellite images. This computer…

Tags: ,

Higgs Boson Challenge: Prediction of generated Higgs Bosons

Machine Learning, 100/100, 2020 The task of the Challenge was to predict whether a collision event can generate a Higgs boson, an elementary particle in the Standard Model of physics, or not. In fact, scientists cannot really observe this particle, but only its decay signature…

Tags: ,

Tags:

A photo from Raphaël’s collection