Introduction to Deep Learning for Physicists

dott. Cristiano De Nobili

English

Deep Learning Intro (8 hours)


  1. Information Theory Background for Machine Learning 

  2. Neural Networks Theory, non-linearity, learning through backpropagation and gradient descend 

  3. PyTorch Introduction 

  4. Building a feed-forward network from scratch with PyTorch

  5. Overfitting and Underfitting a Neural Network for universal approximation. Dropout and regularizations.


An Advanced Example (6 hours)


  1. Convolutional Neural Networks

  2. Variational Auto-Encoder for image denoising 

  3. (OR in alternatively) Generative Adversarial Networks


Sustainable AI: an example (4 hours)


  1. Motivation for energy efficient deep learning 

  2. Pruning Neural Networks and Lottery Ticket Hypothesis 




18 hours/ 2 CFU

Introduction to Deep Learning for Physicists

dott. Cristiano De Nobili

English

Deep Learning Intro (8 hours)


  1. Information Theory Background for Machine Learning 

  2. Neural Networks Theory, non-linearity, learning through backpropagation and gradient descend 

  3. PyTorch Introduction 

  4. Building a feed-forward network from scratch with PyTorch

  5. Overfitting and Underfitting a Neural Network for universal approximation. Dropout and regularizations.


An Advanced Example (6 hours)


  1. Convolutional Neural Networks

  2. Variational Auto-Encoder for image denoising 

  3. (OR in alternatively) Generative Adversarial Networks


Sustainable AI: an example (4 hours)


  1. Motivation for energy efficient deep learning 

  2. Pruning Neural Networks and Lottery Ticket Hypothesis 




18 hours / 2CFU

January 2022

Staff

    Docente

  • Cristiano De Nobili
    Cristiano De Nobili

Metodi di iscrizione

Iscrizione manuale
Iscrizione spontanea (Studente)