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  • Book Overview & Buying PyTorch Deep Learning Hands-On
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PyTorch Deep Learning Hands-On

PyTorch Deep Learning Hands-On

By : Sherin Thomas , Sudhanshu Passi
2.9 (10)
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PyTorch Deep Learning Hands-On

PyTorch Deep Learning Hands-On

2.9 (10)
By: Sherin Thomas , Sudhanshu Passi

Overview of this book

PyTorch Deep Learning Hands-On is a book for engineers who want a fast-paced guide to doing deep learning work with PyTorch. It is not an academic textbook and does not try to teach deep learning principles. The book will help you most if you want to get your hands dirty and put PyTorch to work quickly. PyTorch Deep Learning Hands-On shows how to implement the major deep learning architectures in PyTorch. It covers neural networks, computer vision, CNNs, natural language processing (RNN), GANs, and reinforcement learning. You will also build deep learning workflows with the PyTorch framework, migrate models built in Python to highly efficient TorchScript, and deploy to production using the most sophisticated available tools. Each chapter focuses on a different area of deep learning. Chapters start with a refresher on how the model works, before sharing the code you need to implement it in PyTorch. This book is ideal if you want to rapidly add PyTorch to your deep learning toolset.
Table of Contents (11 chapters)
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10
Index

Chapter 6. Generative Networks

Generative networks are backed by a famous quotation of Richard Feynman, professor of undergraduate physics at Caltech Institute of Technology and a Nobel Prize winner: "What I cannot create, I cannot understand." Generative networks are one of the most promising approaches to having a system that can understand the world and store knowledge within it. As their name indicates, generative networks learn the pattern of the true data distribution and try to generate new samples that look like the samples from this true data distribution.

Generative models are a subcategory of unsupervised learning since they learn the underlying pattern by trying to generate samples. They do this by pushing the low-dimensional latent vector and parameter vector to learn the important features it requires to generate the image back. The knowledge that the network acquired while generating images is essentially knowledge about the system and the environment...

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