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1
Intro
2
Problems with previous methods
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High-level overview of the method
4
Some notes on the related work
5
Pseudo-code explanation
6
How do we train Graph SAGE?
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Note on the neighborhood function
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Aggregator functions
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Results
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Expressiveness of Graph SAGE
11
Mini-batch version
12
Problems with graph embedding methods drift
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Comparison with GCN and GAT
Description:
Dive deep into the Graph SAGE paper, exploring the groundbreaking approach for using Graph Neural Networks (GNNs) on large-scale graphs. Learn about the key components of Graph SAGE, including its training process, neighborhood functions, and aggregator functions. Understand the method's expressiveness, mini-batch implementation, and how it addresses problems with previous graph embedding techniques. Compare Graph SAGE to other popular GNN architectures like GCN and GAT, gaining insights into its advantages and applications in processing large-scale graph data.

Graph SAGE - Inductive Representation Learning on Large Graphs - GNN Paper Explained

Aleksa Gordić - The AI Epiphany
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