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Venelin Valkov - Get Sh*t Done with PyTorch

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Get SHT Done with PyTorch Solve Real-World Machine Learning Problems Venelin - photo 1
Get SH*T Done with PyTorch
Solve Real-World Machine Learning Problems
Venelin Valkov

This book is for sale at http://leanpub.com/getting-things-done-with-pytorch

This version was published on 2020-06-27

This is a Leanpub book Leanpub empowers authors and publishers with - photo 2

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This is a Leanpub book. Leanpub empowers authors and publishers with the Lean Publishing process. Lean Publishing is the act of publishing an in-progress ebook using lightweight tools and many iterations to get reader feedback, pivot until you have the right book and build traction once you do.

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2020 Venelin Valkov
Getting Started with PyTorch

PyTorch is:

An open source machine learning framework that accelerates the path from research prototyping to production deployment.

In my humble opinion, PyTorch is the sweet way to solve Machine Learning problems, in the real world! The vast community allows you to work state-of-the-art models and deploy them to production in no time (relatively speaking). Lets get started!

1In[0]:!pipinstall-q-Utorchwatermark23In[0]:%load_extwatermark4%watermark-v-pnumpy,torch56Out[0]:CPython3.6.97IPython5.5.089numpy1.17.510torch1.4.0
PyTorch NumPy

Do you know NumPy? If you do, learning PyTorch will be a breeze! If you dont, prepare to learn the skills that will guide you on your journey Machine Learning Mastery!

Lets start with something simple:

1In[0]:importtorch2importnumpyasnp34In[0]:a=np.array([1,2])5b=np.array([8,9])67c=a+b8c910Out[0]:array([9,11])

Adding the same arrays with PyTorch looks like this:

1In[0]:a=torch.tensor([1,2])2b=torch.tensor([8,9])34c=a+b5c67Out[0]:tensor([9,11])

Fortunately, you can go from NumPy to PyTorch:

1In[0]:a=torch.tensor([1,2])23a.numpy()45Out[0]:array([1,2])

and vice versa:

1In[0]:a=np.array([1,2])2torch.from_numpy(a)34Out[0]:tensor([1,2])

The good news is that the conversions incur almost no cost on the performance of your app. The NumPy and PyTorch store data in memory in the same way. That is, PyTorch is reusing the work done by NumPy.

Tensors

Tensors are just n-dimensional number (including booleans) containers. You can find the complete list of supported data types at PyTorchs Tensor Docs.

So, how can you create a Tensor (try to ignore that Ive already shown you how to do it)?

1In[0]:torch.tensor([[1,2],[2,1]])23Out[0]:tensor([[1,2],4[2,1]])

You can create a tensor from floats:

1In[0]:torch.FloatTensor([[1,2],[2,1]])23Out[0]:tensor([[1.,2.],4[2.,1.]])

Or define the type like so:

1In[0]:torch.tensor([[1,2],[2,1]],dtype=torch.bool)23Out[0]:tensor([[True,True],4[True,True]])

You can use a wide range of factory methods to create Tensors without manually specifying each number. For example, you can create a matrix with random numbers like this:

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