Gnn
TensorFlow GNN is a library to build Graph Neural Networks on the TensorFlow platform.
TensorFlow GNN is a library to build [Graph Neural Networks](tensorflow_gnn/docs/guide/intro.md) on the TensorFlow platform. It provides... The project is written primarily in Python, distributed under the Apache License 2.0 license, first published in 2021. It has gained significant community traction with 1,535 stars and 199 forks on GitHub. Key topics include: deep-learning, gnn, machine-learning, tensorflow.
TensorFlow GNN
Summary
TensorFlow GNN is a library to build
Graph Neural Networks on the TensorFlow platform.
It provides...
- a
tfgnn.GraphTensortype to represent
graphs with a heterogeneous schema, that is,
multiple types of nodes and edges; - tools for data preparation,
notably a graph sampler
to convert a huge database into a stream of reasonably-sized subgraphs for
training and inference; - a collection of ready-to-use models
and Keras layers to do your own GNN modeling; - a high-level API for training orchestration.
This library is an OSS port of a Google-internal library used in a broad variety
of contexts, on homogeneous and heterogeneous graphs, and in conjunction with
other scalable graph mining tools.
For background, please see our
blog post
and the TF-GNN paper (full citation below).
Quickstart
Google Colab lets you run TF-GNN demos from your browser, no installation
required:
- Molecular Graph
Classification
with the MUTAG dataset. - Solving OGBN-MAG
end-to-end
trains a model on heterogeneous sampled subgraphs from the popular
OGBN-MAG benchmark. - Learning shortest paths with
GraphNetworks
demonstrates an advanced Encoder/Process/Decoder architecture for predicting
the edges of a shortest path.
For all colabs and user guides, please see the
Documentation overview
page, which also links to the
API docs.
Installation Instructions
The latest stable release of TensorFlow GNN is available from
pip install tensorflow-gnn
For installation from source, see our Developer
Guide.
Key platform requirements (as of release 1.0):
- TensorFlow 2.12 or higher, and any GPU drivers it needs
[instructions].
(Future releases will raise the required TF version.) - Keras v2, as traditionally included with TensorFlow 2.x.
TF-GNN does not work with the new multi-backend Keras v3.<br/>
Users of TF2.16+ must alsopip install tf-kerasand set
TF_USE_LEGACY_KERAS=1,
see our Keras version guide for details. - Apache Beam for distributed graph sampling.
- For some tests or scripts that requires tensorflow.lite it is required to
install ai-edge-litert by usingpip install ai-edge-litert
TF-GNN is developed and tested on Linux. Running on other platforms supported
by TensorFlow may be possible.
Citation
When referencing this library in a paper, please cite the
TF-GNN paper:
@article{tfgnn,
author = {Oleksandr Ferludin and Arno Eigenwillig and Martin Blais and
Dustin Zelle and Jan Pfeifer and Alvaro Sanchez{-}Gonzalez and
Wai Lok Sibon Li and Sami Abu{-}El{-}Haija and Peter Battaglia and
Neslihan Bulut and Jonathan Halcrow and
Filipe Miguel Gon{\c{c}}alves de Almeida and Pedro Gonnet and
Liangze Jiang and Parth Kothari and Silvio Lattanzi and
Andr{\'{e}} Linhares and Brandon Mayer and Vahab Mirrokni and
John Palowitch and Mihir Paradkar and Jennifer She and
Anton Tsitsulin and Kevin Villela and Lisa Wang and David Wong and
Bryan Perozzi},
title = {{TF-GNN:} Graph Neural Networks in TensorFlow},
journal = {CoRR},
volume = {abs/2207.03522},
year = {2023},
url = {http://arxiv.org/abs/2207.03522},
}
Contributors
Showing top 12 contributors by commit count.
