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Python Deep Learning

Python Deep Learning

By : Ivan Vasilev
4.9 (15)
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Python Deep Learning

Python Deep Learning

4.9 (15)
By: Ivan Vasilev

Overview of this book

The field of deep learning has developed rapidly recently and today covers a broad range of applications. This makes it challenging to navigate and hard to understand without solid foundations. This book will guide you from the basics of neural networks to the state-of-the-art large language models in use today. The first part of the book introduces the main machine learning concepts and paradigms. It covers the mathematical foundations, the structure, and the training algorithms of neural networks and dives into the essence of deep learning. The second part of the book introduces convolutional networks for computer vision. We’ll learn how to solve image classification, object detection, instance segmentation, and image generation tasks. The third part focuses on the attention mechanism and transformers – the core network architecture of large language models. We’ll discuss new types of advanced tasks they can solve, such as chatbots and text-to-image generation. By the end of this book, you’ll have a thorough understanding of the inner workings of deep neural networks. You'll have the ability to develop new models and adapt existing ones to solve your tasks. You’ll also have sufficient understanding to continue your research and stay up to date with the latest advancements in the field.
Table of Contents (17 chapters)
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1
Part 1:Introduction to Neural Networks
5
Part 2: Deep Neural Networks for Computer Vision
8
Part 3: Natural Language Processing and Transformers
13
Part 4: Developing and Deploying Deep Neural Networks

Introducing popular DL libraries

We already implemented a simple example with PyTorch in Chapter 1. In this section, we’ll introduce this library, and Keras, more systemically. Let’s start with the common features of most DNN libraries:

  • All libraries use Python.
  • The basic unit for data storage is the tensor. Mathematically, the definition of a tensor is more complex, but in the context of DL libraries, they are multi-dimensional (with an arbitrary number of axes) arrays of base values.
  • NNs are represented as a computational graph of operations. The nodes of the graph represent the operations (weighted sum, activation function, and so on). The edges represent the flow of data, which is how the output of one operation serves as an input for the next one. The inputs and outputs of the operations (including the network inputs and outputs) are tensors.
  • All libraries include automatic differentiation. This means that all you need to do is define the network...
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