Skip to content

Latest commit

 

History

History
11 lines (10 loc) · 1.01 KB

File metadata and controls

11 lines (10 loc) · 1.01 KB

UdacityDeepLearningPyTorch

Exercises and projects given in the Deep Learning ND program offered by Udacity.com.

Overview

The following topics will be addressed:

  1. the concept of tensors which is the main data structure of PyTorch and how tensors interact with NumPy Python package.
  2. the PyTorch module named autograd to calculate gradients for training neural networks. It is able to perform backpropagation by calculating the gradients at each operation in the network
  3. we will build a neural network and do the forward propagation
  4. we will define a loss and an optimization method to train a neural neywork (on a dataset of handwritten digits)
  5. we will understand how to test how a neural network is able to generalize using the validation procedure
  6. we will see that your neural network is not able to work well with more complex images, so we will learn a technique named transfer learning: to use pre-trained networks to improve the performances of your classifier