Delve into PyTorch basics: autograd, model classes, datasets, and data loaders. Gain insights into model development while avoiding common pitfalls. Start creating and training your own PyTorch models.

Deep learning with Pytorch, A beginner's Guide By Daniel Godoy.png

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This course is designed to provide you with an easy-to-follow, structured, incremental, and from-first-principles approach to learning PyTorch. In this course, you’ll be introduced to the fundamentals of PyTorch: autograd, model classes, datasets, data loaders, and more. You will develop, step-by-step, not only the models themselves but also your understanding of them. You'll be shown both the reasoning behind the code and how to avoid some common pitfalls and errors along the way. By the time you finish this course, you’ll have a thorough understanding of the concepts and tools necessary to start developing and training your own models using PyTorch.

Deep Learning with PyTorch Step-by-Step: Part I - Fundamentals

## What to expect from this chapter

In this chapter, we will:

* Briefly review the steps of gradient descent (optional).

* Use gradient descent to implement a linear regression in Numpy.

* Create **tensors** in PyTorch (finally!).

* Understand the difference between **CPU** and **GPU tensors**.

* Understand PyTorch's main feature, **autograd**, to perform automatic differentiation.

* Visualize the **dynamic computation graph**.

* Create a loss function.

* Define an **optimizer**.

* Implement our own model class.

* Implement **nested** and **sequential** models using PyTorch's layers.

# What to expect from this chapter

In this chapter, we will:

* Briefly review the steps of gradient descent (optional).

* Use gradient descent to implement a linear regression in Numpy.

* Create **tensors** in PyTorch (finally!).

* Understand the difference between **CPU** and **GPU tensors**.

* Understand PyTorch's main feature, **autograd**, to perform automatic differentiation.

* Visualize the **dynamic computation graph**.

* Create a loss function.

* Define an **optimizer**.

* Implement our own model class.

* Implement **nested** and **sequential** models using PyTorch's layers.

Learn about the learning outcomes of this chapter. 

Spoilers

Learn about the learning outcomes of this chapter.

Introduction

Visualizing Gradient Descent

A Simple Regression Problem

Rethinking the Training Loop

Going Classy

A Simple Classification Problem

Conclusion

Appendix

Spoilers

What to expect from this chapter