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3D Deep Learning with Python

You're reading from   3D Deep Learning with Python Design and develop your computer vision model with 3D data using PyTorch3D and more

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Product type Paperback
Published in Oct 2022
Publisher Packt
ISBN-13 9781803247823
Length 236 pages
Edition 1st Edition
Languages
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Authors (4):
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Xudong Ma Xudong Ma
Author Profile Icon Xudong Ma
Xudong Ma
Vishakh Hegde Vishakh Hegde
Author Profile Icon Vishakh Hegde
Vishakh Hegde
Lilit Yolyan Lilit Yolyan
Author Profile Icon Lilit Yolyan
Lilit Yolyan
David Farrugia David Farrugia
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David Farrugia
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Toc

Table of Contents (16) Chapters Close

Preface 1. PART 1: 3D Data Processing Basics
2. Chapter 1: Introducing 3D Data Processing FREE CHAPTER 3. Chapter 2: Introducing 3D Computer Vision and Geometry 4. PART 2: 3D Deep Learning Using PyTorch3D
5. Chapter 3: Fitting Deformable Mesh Models to Raw Point Clouds 6. Chapter 4: Learning Object Pose Detection and Tracking by Differentiable Rendering 7. Chapter 5: Understanding Differentiable Volumetric Rendering 8. Chapter 6: Exploring Neural Radiance Fields (NeRF) 9. PART 3: State-of-the-art 3D Deep Learning Using PyTorch3D
10. Chapter 7: Exploring Controllable Neural Feature Fields 11. Chapter 8: Modeling the Human Body in 3D 12. Chapter 9: Performing End-to-End View Synthesis with SynSin 13. Chapter 10: Mesh R-CNN 14. Index 15. Other Books You May Enjoy

Summary

In this chapter, you explored controllable 3D-aware image synthesis using the GIRAFFE model. This model borrows concepts from NeRF, GANs, and 2D CNNs to create 3D scenes that are controllable. First, we had a refresher on GANs. Then, we dove deeper into the GIRAFFE model, how feature fields are generated, and how those feature fields are then transformed into RGB images. We then explored the outputs of this model and understood its properties and limitations. Finally, we briefly touched on how to train this model.

In the next chapter, we are going to explore a relatively new technique used to generate realistic human bodies in three dimensions called the SMPL model. Notably, the SMPL model is one of the small numbers of models that do not use deep neural networks. Instead, it uses more classical statistical techniques such as principal component analysis to achieve its objectives. You will learn the importance of good mathematical problem formulation in building models that...

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