
You can find all the source code on Github
In this lab, we are going to learn how images are represented in a 3-dimensional array and how we can easily manipulate it with NumPy
In this lab, we'll explore what is convolutions and how they work. Together with convolutions, you'll use something called 'Pooling', which compresses your image, further emphasising the features. You'll also see how pooling works in this lab.
In this section, we will learn how to implement the backpropagation algorithm from scratch using Python.
In this section, we will learn how to implement the backpropagation algorithm from scratch using Python.
In the previous session, we built our Model architecture from scratch without any deep learning framework. In this session, we will build the same model but this time using the Pytorch framework
In this session, we will learn how to build a Convolutional neural network with Pytorch.
In this section, We are going to learn how to work with autoencoders to generate Latent Space/ feature map and from there do some nice things with images
In this section, we will learn how to implement the backpropagation algorithm from scratch using Python.
This course will teach you Deep learning focusing on Convolution Neural Net architectures. It is structured to help you genuinely learn Deep Learning by starting from the basics until advanced concepts. We will begin learning what it is under the hood of Deep learning frameworks like Tensorflow and Pytorch, then move to advanced Deep learning Architecture with Pytorch.
During our journey, we will also have projects exploring some critical concepts of Deep learning and computer vision, such as: what is an image; what are convolutions; how to implement a vanilla neural network; how back-propagation works; how to use transfer learning and more.
All examples are written in Python and Jupyter notebooks with tons of comments to help you to follow the implementation. Even if you don’t know Python well, you will be able to follow the code and learn from the examples.
The advanced part of this project will require GPU but don’t worry because those examples are ready to run on Google Colab with just one click, no setup required, and it is free! You will only need to have a Google account.
By following this course until the end, you will get insights, and you will feel empowered to leverage all recent innovations in the Deep Learning field to improve the experience of your projects.