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zhjwy9343 2db8ccb487 [Doc] Chinese User Guide chapter 1 - 4 (#2351)
* [Feature] Add full graph training with dgl built-in dataset.

* [Feature] Add full graph training with dgl built-in dataset.

* [Feature] Add full graph training with dgl built-in dataset.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Bug] fix model to cuda.

* [Feature] Add test loss and accuracy

* [Feature] Add test loss and accuracy

* [Feature] Add test loss and accuracy

* [Feature] Add test loss and accuracy

* [Feature] Add test loss and accuracy

* [Feature] Add test loss and accuracy

* [Fix] Add random

* [Bug] Fix batch norm error

* [Doc] Test with CN in Sphinx

* [Doc] Test with CN in Sphinx

* [Doc] Remove the test CN docs.

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Feature] Add input embedding layer

* [Doc] fill readme with new performance results

* [Doc] Add Chinese User Guide, graph and 1.5

* [Doc] Add Chinese User Guide, graph and 1.5

* Update README.md

* [Fix] Temporary remove compgcn

* [Doc] Add CN user guide chapter2

* [Test] Tunning format

* [Test] Tunning format

* [Test] Tunning format

* [Test] Tunning format

* [Test] Tunning format

* [Test] Section headers

* [Fix] Fix format errors

* [Fix] Fix format errors

* [Fix] Fix format errors

* [Doc] Add CN-EN EN-CN links

* [Doc] Add CN-EN EN-CN links

* [Doc] Copyedit chapter2

* [Doc] Copyedit chapter2

* [Doc] Remove EN in 2.1

* [Doc] Remove EN in chapter 2

* [Doc] Copyedit first 2 sections

* [Doc] Copyedit first 2 sections

* [Doc] copyedited chapter 2 CN

* [Doc] Add chapter 3 raw texts

* [Doc] Add chapter 3 preface and 3.1

* [Doc] Add chapter 3.2 and 3.3

* [Doc] Add chapter 3.2 and 3.3

* [Doc] Add chapter 3.2 and 3.3

* [Doc] Remove EN parts

* [Doc] Copyediting 3.1

* [Doc] Copyediting 3.2 and 3.3

* [Doc] Proofreading 3.1 and 3.2

* [Doc] Proofreading 3.2 and 3.3

* [Doc] Add chapter 4 CN raw text.

* [Clean] Remove codes in other branches

* [Doc] Start to copyedit chapter 4 preface

* [Doc] copyedit CN section 4.1

* [Doc] Remove EN in User Guide Chapter 4

* [Doc] Copyedit chapter 4.1

* [Doc] copyedit cn chapter 4.2, 4.3, 4.4, and 4.5.

* [Doc] Fix errors in EN user guide graph feature and heterograph

* [Doc] 2nd round copyediting with Murph's comments

* [Doc] 3rd round copyediting with Murph's comments

* [Doc] 3rd round copyediting with Murph's comments

* [Doc] 3rd round copyediting with Murph's comments

* [Sync] syncronize with the dgl master

* [Doc] edited after Minjie's comments, 1st round

* update cub

Co-authored-by: Minjie Wang <wmjlyjemaine@gmail.com>
2020-11-27 03:20:50 +00:00

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.. _guide-message-passing-edge:
2.4 Apply Edge Weight In Message Passing
----------------------------------------
:ref:`(中文版) <guide_cn-message-passing-edge>`
A commonly seen practice in GNN modeling is to apply edge weight on the
message before message aggregation, for examples, in
`GAT <https://arxiv.org/pdf/1710.10903.pdf>`__ and some `GCN
variants <https://arxiv.org/abs/2004.00445>`__. In DGL, the way to
handle this is:
- Save the weight as edge feature.
- Multiply the edge feature by src node feature in message function.
For example:
.. code::
import dgl.function as fn
graph.edata['a'] = affinity
graph.update_all(fn.u_mul_e('ft', 'a', 'm'),
fn.sum('m', 'ft'))
The example above uses affinity as the edge weight. The edge weight should
usually be a scalar.