F1 2019 with Deep Learning
F1 2019 official game car control with the implementation of Deep Learning.
Hello there
! Welcome to my place in the web.
Since a young age, I'm fascinated with the world around me, which made me want to study physics and engineering. My interests include other domains, such as software development, deep learning and high-performance computing. Apart from my scientific and professional interests, I'm also a music lover, guitar practitioner, sound engineering and gaming enthusiast.
IST, Universidade de Lisboa - MSc Engineering Physics Thesis: "Use of MHD Activity for Disruption Prediction in Tokamaks."
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2019-2021 |
| FCT, Universidade Nova de Lisboa - BSc Engineering Physics | 2016-2019 |
F1 2019 official game car control with the implementation of Deep Learning.
Unity simulator project for obstacle track using Proximal Policy Optimization algorithm.
Dashboard application with machine learning model deployment.
Diogo R. Ferreira, Tiago A. Martins, Paulo Rodrigues and JET Contributors, "Explainable deep learning for the analysis of MHD activity in locked-mode disruptive pulses." In: 63rd Annual Meeting of the APS Division of Plasma Physics.
Diogo R. Ferreira, Tiago A. Martins, Paulo Rodrigues and JET Contributors, "Explainable deep learning for the analysis of MHD spectrograms in nuclear fusion.", Machine Learning: Science and Technology, IOP Publishing, 3, 2021.