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zergtant/pytorch-handbook

21,647Jupyter NotebookAudience · developerComplexity · 2/5StaleLicenseSetup · easy

TLDR

Chinese-language handbook teaching PyTorch through interactive notebooks, covering tensors, neural networks, CNNs, RNNs, and hands-on deep learning projects.

Mindmap

mindmap
  root((repo))
    What it does
      PyTorch tutorials
      Interactive notebooks
      Structured course
    Key topics
      Tensors and data
      Neural networks
      CNNs and RNNs
      GPU training
    Learning path
      Fundamentals first
      Practical exercises
      Advanced techniques
    Use cases
      Learn deep learning
      Image classification
      Sequence prediction
      Model fine-tuning

Things people build with this

USE CASE 1

Learn PyTorch fundamentals through step-by-step Chinese tutorials with runnable code examples.

USE CASE 2

Build and train convolutional neural networks for image classification tasks like handwritten digit recognition.

USE CASE 3

Understand recurrent neural networks and apply them to sequence prediction problems such as time series forecasting.

USE CASE 4

Fine-tune pre-trained models and visualize training progress across single or multiple GPUs.

Tech stack

PythonPyTorchJupyter NotebookNumPy

Getting it running

Difficulty · easy Time to first run · 5min
Non-commercial use only under Creative Commons license; commercial applications are restricted.

In plain English

This repository is a Chinese-language open-source handbook for learning PyTorch, a popular Python library used for building and training deep learning models (software that learns patterns from data, such as image recognition or language processing). The goal, as described in the README, is to help people who want to use PyTorch quickly get up and running, with all included tutorials tested to confirm they run successfully. The content is organized as a structured course across several chapters. It begins with an introduction to PyTorch and environment setup, then covers fundamental building blocks like tensors (the data structures that hold numbers in deep learning), automatic differentiation (how a model learns by computing gradients, a mathematical technique for adjusting itself to reduce errors), and neural network modules. Later chapters move into specific network architectures: convolutional neural networks (CNNs, used commonly for image tasks) and recurrent neural networks (RNNs, used for sequences like time series or text). The practical chapters include hands-on exercises such as classifying handwritten digits and predicting values from a wave pattern. More advanced topics cover fine-tuning existing models, visualizing training progress, and training across multiple GPUs simultaneously. All tutorials are delivered as Jupyter notebooks, which are interactive documents that combine explanatory text and runnable code in one place. You would use this repository if you want to learn deep learning using PyTorch and prefer Chinese-language materials with practical, runnable examples. It is licensed for non-commercial use under a Creative Commons license.

Copy-paste prompts

Prompt 1
I want to learn PyTorch from scratch using this handbook. Walk me through the tensor fundamentals chapter and explain what automatic differentiation does.
Prompt 2
Show me how to adapt the handwritten digit classification example from this handbook to work with my own image dataset.
Prompt 3
Explain the CNN architecture covered in this handbook and how I would modify it to classify a different type of image.
Prompt 4
How do I use the multi-GPU training code from this handbook to speed up training on my local machine?
Prompt 5
Take the RNN example from this handbook and modify it to predict stock prices instead of wave patterns.
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