A curated index of TensorFlow tutorials, mostly by other people
This repo collects and organizes deep learning examples from Google's docs, TensorLayer, and aymericdamien's notebooks—plus a reading list for when you're stuck.

What it does
This repository is essentially a well-organized bookmark collection for TensorFlow and deep learning learning materials. The README links out to official Google tutorials, third-party notebook collections (notably aymericdamien’s TensorFlow-Examples), and TensorLayer-specific implementations of standard models—MLPs, CNNs, LSTMs, autoencoders, seq2seq, and word2vec. It also includes a reading list with the MIT Deep Learning Book, Karpathy’s blog, and Colah’s LSTM explainers.
The interesting bit
The value here isn’t original code but curation: the maintainer has mapped the same concepts across multiple sources (TensorFlow raw, TensorLayer, and Chinese translations), so you can compare implementations side-by-side. There’s also a “Tricks” section for TensorLayer and a categorized example index spanning computer vision and NLP.
Key highlights
- Links to Google’s official tutorials with Chinese translations where available
- Full notebook and code coverage from aymericdamien’s TensorFlow-Examples (0_Prerequisite through 5_MultiGPU)
- TensorLayer-specific examples: VGG, InceptionV3, ResNet, Spatial Transformer Networks, U-Net
- Reading list includes canonical resources (Goodfellow et al., Karpathy, Colah, Stanford UFLDL)
- MNIST dataset auto-downloads via included
input_data.py
Caveats
- Most linked code lives in other repositories; this repo appears to contain primarily the README itself
- TensorLayer examples link to yet another repo (zsdonghao/tensorlayer), creating a nesting doll of dependencies
- No indication of how current the links are; some point to TensorFlow “master” docs that may have moved
Verdict
Useful if you’re learning TensorFlow 1.x-era patterns and want a structured path through scattered materials. Skip it if you need a single, self-contained codebase or are working with modern TensorFlow/Keras 2.x.