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Modern Computer Vision with PyTorch

You're reading from   Modern Computer Vision with PyTorch A practical roadmap from deep learning fundamentals to advanced applications and Generative AI

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Product type Paperback
Published in Jun 2024
Publisher Packt
ISBN-13 9781803231334
Length 746 pages
Edition 2nd Edition
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Authors (2):
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V Kishore Ayyadevara V Kishore Ayyadevara
Author Profile Icon V Kishore Ayyadevara
V Kishore Ayyadevara
Yeshwanth Reddy Yeshwanth Reddy
Author Profile Icon Yeshwanth Reddy
Yeshwanth Reddy
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Toc

Table of Contents (26) Chapters Close

Preface 1. Section 1: Fundamentals of Deep Learning for Computer Vision
2. Artificial Neural Network Fundamentals FREE CHAPTER 3. PyTorch Fundamentals 4. Building a Deep Neural Network with PyTorch 5. Section 2: Object Classification and Detection
6. Introducing Convolutional Neural Networks 7. Transfer Learning for Image Classification 8. Practical Aspects of Image Classification 9. Basics of Object Detection 10. Advanced Object Detection 11. Image Segmentation 12. Applications of Object Detection and Segmentation 13. Section 3: Image Manipulation
14. Autoencoders and Image Manipulation 15. Image Generation Using GANs 16. Advanced GANs to Manipulate Images 17. Section 4: Combining Computer Vision with Other Techniques
18. Combining Computer Vision and Reinforcement Learning 19. Combining Computer Vision and NLP Techniques 20. Foundation Models in Computer Vision 21. Applications of Stable Diffusion 22. Moving a Model to Production 23. Other Books You May Enjoy
24. Index
Appendix

Implementing conditional GANs

Imagine a scenario where we want to generate an image of a class of our interest; for example, an image of a cat, a dog, or a man with spectacles. How do we specify that we want to generate an image of interest to us? Conditional GANs come to the rescue in this scenario. For now, let’s assume that we have the images of male and female faces only, along with their corresponding labels. In this section, we will learn about generating images of a specified class of interest from random noise.

The strategy we adopt is as follows:

  1. Specify the label of the image we want to generate as a one-hot-encoded version.
  2. Pass the label through an embedding layer to generate a multi-dimensional representation of each class.
  3. Generate random noise and concatenate with the embedding layer generated in the previous step.
  4. Train the model just like we did in the previous sections, but this time with the noise vector concatenated with...
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