Udemy - Graph Neural Network

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Udemy - Graph Neural Network (Size: 1.9 GB)
  1. Graph Definition.mp4 23.9 MB
  1. Graph Definition.srt 6.2 KB
  1. Graph Embedding Problem Statement.mp4 23.5 MB
  1. Graph Embedding Problem Statement.srt 5.3 KB
  1. Review on Convolution Operation.mp4 43.3 MB
  1. Review on Convolution Operation.srt 7.6 KB
  1. Review on Popular GNN Embedding Methods.mp4 39.9 MB
  1. Review on Popular GNN Embedding Methods.srt 10.9 KB
  1.1 Why Graph Neural Network is important [ YOUTUBE ].html 102.4 B
  10. Workshop - SGC (Part A).mp4 150.8 MB
  10. Workshop - SGC (Part A).srt 20.6 KB
  10.1 Workshop - SGC.py 3.4 KB
  11. Workshop - SGC (Part B).mp4 181 MB
  11. Workshop - SGC (Part B).srt 20.8 KB
  12. Graph Convolution Network (GCN).mp4 109.9 MB
  12. Graph Convolution Network (GCN).srt 23.9 KB
  12.1 Detailed explanation of GCN paper [ YOUTUBE ].html 102.4 B
  12.2 SemiGCN.pdf 853.4 KB
  13. Graph Attention Network.mp4 44.1 MB
  13. Graph Attention Network.srt 9.5 KB
  13.1 Detailed explanation of GAT paper [ YOUTUBE ].html 102.4 B
  13.2 GAT.pdf 1.6 MB
  2. DeepWalk Algorithm.mp4 37.5 MB
  2. DeepWalk Algorithm.srt 10.2 KB
  2. Graph Convolution (Signal Processing Point of View) Part A.mp4 90.7 MB
  2. Graph Convolution (Signal Processing Point of View) Part A.srt 19.9 KB
  2. Storing Graph Information.mp4 29.2 MB
  2. Storing Graph Information.srt 7.1 KB
  2. Transductive vs Inductive Embedding Methods.mp4 11.6 MB
  2. Transductive vs Inductive Embedding Methods.srt 2.8 KB
  2.1 DeppWalk.pdf 801.7 KB
  2.1 ICASP 2020 Tutorial on Graph Convolution.html 102.4 B
  3. Graph Convolution (Signal Processing Point of View) Part B.mp4 46.9 MB
  3. Graph Convolution (Signal Processing Point of View) Part B.srt 11 KB
  3. Graph Degree and Laplacian of Graph.mp4 42.8 MB
  3. Graph Degree and Laplacian of Graph.srt 7.8 KB
  3. GraphSAGE.mp4 45.7 MB
  3. GraphSAGE.srt 11 KB
  3. Workshop - RandomWalk using karateclub library.mp4 243.8 MB
  3. Workshop - RandomWalk using karateclub library.srt 29.3 KB
  3.1 GraphSAGE.pdf 964.8 KB
  3.1 ICASP 2020 Tutorial on Graph Convolution.html 102.4 B
  3.1 Workshop - DeepWalk_Karateclub.py 1.7 KB
  4. Definition of Learning in Graph Representation Learning.mp4 30.9 MB
  4. Definition of Learning in Graph Representation Learning.srt 7.4 KB
  4. Message Passing Framework.mp4 28.9 MB
  4. Message Passing Framework.srt 6.2 KB
  4. Node2Vec Algorithm.mp4 16.9 MB
  4. Node2Vec Algorithm.srt 4.1 KB
  4.1 A Literature Review on Graph Neural Networks [ YOUTUBE ].html 102.4 B
  4.1 n2vec.pdf 781.4 KB
  5. Drawback in existing graph learning models.mp4 10.9 MB
  5. Drawback in existing graph learning models.srt 1.9 KB
  5. Workshop - Node2Vec Using Karateclub.mp4 136.1 MB
  5. Workshop - Node2Vec Using Karateclub.srt 12.6 KB
  5.1 Workshop - Node2Vec Using Karateclub.py 2.6 KB
  6. Workshop - Node2Vec Using Pytorch Geometric (Part A).mp4 142.6 MB
  6. Workshop - Node2Vec Using Pytorch Geometric (Part A).srt 19.8 KB
  6. Workshop - Using Torch and Torch Geometric for defining a graph.mp4 218.7 MB
  6. Workshop - Using Torch and Torch Geometric for defining a graph.srt 26.3 KB
  6.1 Workshop - Node2Vec_TorchGeo.py 2.9 KB
  6.1 Workshop - Using Torch and Torch Geometric for defining a graph.py 1.9 KB
  7. Workshop - Node2Vec Using Pytorch Geometric (Part B).mp4 167.6 MB
  7. Workshop - Node2Vec Using Pytorch Geometric (Part B).srt 18.4 KB
  8. GNN Motivation.mp4 25.7 MB
  8. GNN Motivation.srt 5.2 KB
  9. Simplifying Graph Convolution Network.mp4 41.2 MB
  9. Simplifying Graph Convolution Network.srt 11.3 KB
  9.1 SGC.pdf 1.4 MB
  Bonus Resources.txt 307.2 B
  Get Bonus Downloads Here.url 204.8 B
  ▲ 71 total files

Description


Graph Neural Network



MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 26 lectures (4h 29m) | Size: 1.73 GB
From Graph Representation Learning to Graph Neural Network (Complete Introductory Course to GNN)
What you'll learn:
Graph Representation Learning
Graph Neural Network (GNN)
Graph Analysis
Graph Embedding
DeepWalk
Node2Vec
Graph Convolution Network (GCN)
Graph Attention Network (GAT)
Simplifying Graph Convolution (SGC)
Inductive and Transudative Learning
GraphSAGE
Pytorch Geometric
Convolution

Requirements
Introductory background on machine learning and deep learning
Introductory background on signal processing and data analysis
Algebra
Python

Description
In recent years, Graph Neural Network (GNN) has gained increasing popularity in various domains due to its great expressive power and outstanding performance. Graph structures allow us to capture data with complex structures and relationships, and GNN provides us the opportunity to study and model this complex data representation for tasks such as classification, clustering, link prediction, and robust representation.

While the first motivation of GNN's roots traces back to 1997, it was only a few years ago (around 2017), that deep learning on graphs started to attract a lot of attention.

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