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Generative AI with Python and TensorFlow 2

You're reading from  Generative AI with Python and TensorFlow 2

Product type Book
Published in Apr 2021
Publisher Packt
ISBN-13 9781800200883
Pages 488 pages
Edition 1st Edition
Languages
Authors (2):
Joseph Babcock Joseph Babcock
Profile icon Joseph Babcock
Raghav Bali Raghav Bali
Profile icon Raghav Bali
View More author details

Table of Contents (16) Chapters

Preface 1. An Introduction to Generative AI: "Drawing" Data from Models 2. Setting Up a TensorFlow Lab 3. Building Blocks of Deep Neural Networks 4. Teaching Networks to Generate Digits 5. Painting Pictures with Neural Networks Using VAEs 6. Image Generation with GANs 7. Style Transfer with GANs 8. Deepfakes with GANs 9. The Rise of Methods for Text Generation 10. NLP 2.0: Using Transformers to Generate Text 11. Composing Music with Generative Models 12. Play Video Games with Generative AI: GAIL 13. Emerging Applications in Generative AI 14. Other Books You May Enjoy
15. Index

The rules of probability

At the simplest level, a model, be it for machine learning or a more classical method such as linear regression, is a mathematical description of how various kinds of data relate to one another.

In the task of modeling, we usually think about separating the variables of our dataset into two broad classes:

  1. Independent data, which primarily means inputs to a model, are denoted by X. These could be categorical features (such as a "0" or "1" in six columns indicating which of six schools a student attends), continuous (such as the heights or test scores of the same students), or ordinal (the rank of a student in the class).
  2. Dependent data, conversely, are the outputs of our models, and are denoted by Y. (Note that in some cases Y is a label that can be used to condition a generative output, such as in a conditional GAN.) As with the independent variables, these can be continuous, categorical, or ordinal, and they can...
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