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[GNN] 0. GNN 논문 공부 순서AI/GNN 2022. 2. 12. 17:29728x90
[GNN] 0. GNN 논문 공부 순서
이 공부 순서는 CS224w와 Survey Paper, 그리고 여러 블로그들을 참고하여 작성되었다.
목차
1. Graph란?
- 왜 Graph?
- Graph의 종류
- Graph의 표현
- Graph Tasks
- Graph의 Motif
2. Graph Representation Learning
- Node Embedding
- Graph Embedding
3. GNN 이전의 Graph 학습
- Node Feature
- Eigenvector centrality
- Betweenness centrality
- Closeness centrality
- .....
- Link Feature
- Distance-based feature
- Local neighborhood overlap
- Global neighborhood overlap
- Graph Feature
- Graphlet kernel
- Weisfeiler-Lehman Kernel
4. GNN
- Recurrent Graph Neural Networks (RecGNNs)
- Convolutional Graph Neural Networks (ConvGNNs)
- Spectral Model
- Spatial Model
- Graph AutoEncoders (GAEs)
- Network Embedding
- Graph Generation
- Spatial-Temporal Graph Neural Networks (STGNNs)
- CNN Based
- RNN Based
- CNN & RNN based Model
- Attention based Model
5. GNN의 Benchmark Datasets
- Citation Networks
- Biochemical Graphs
- Social Networks
- Others
6. GNN Library
- Pytorch Geometric
- DGL
1. Graph란?
- 왜 Graph?
- Graph의 종류
- Graph의 표현
- Graph Tasks
- Graph의 Motif
https://velog.io/@tobigs-gnn1213/CS224W-Lecture-2-Properties-of-Networks-and-Random-Graph-Models
https://velog.io/@tobigsgnn1415/Machine-Learning-for-Graphs
2. Graph Representation Learning
- Node Embedding
- Graph Embedding
https://tobigs.gitbook.io/tobigs-graph-study/chapter7.
https://velog.io/@tobigsgnn1415/Node-Embeddings
https://velog.io/@tobigsgnn1415/10.-Knowledge-Graph-Embeddings
3. GNN 이전의 Graph 학습
- Link Feature
- Distance-based feature
- Local neighborhood overlap
- Global neighborhood overlap
- Graph Featrue
- Graphlet kernel
- Weisfeiler-Lehman Kernel
https://velog.io/@tobigsgnn1415/Traditional-Methods-for-Machine-Learning-in-Graphs
https://velog.io/@tobigsgnn1415/4.-Link-Analysis-PageRank
https://velog.io/@tobigsgnn1415/5.-Label-Propagation-for-Node-Classification
4. GNN
- Recurrent Graph Neural Networks (RecGNNs)
- Convolutional Graph Neural Networks (ConvGNNs)
- Graph AutoEncoders (GAEs)
- Spatial-Temporal Graph Neural Networks (STGNNs)
4-1. RecGNNs
https://thejb.ai/comprehensive-gnns-2/
4-2. ConvGNNs
- Spectral Model
https://tobigs.gitbook.io/tobigs-graph-study/chapter5.
https://tootouch.github.io/research/spectral_gcn/
https://ahjeong.tistory.com/14
https://ahjeong.tistory.com/15
https://thejb.ai/comprehensive-gnns-3/
- Spatial Model
https://thejb.ai/comprehensive-gnns-4/
- Transductive Learning
- Inductive Learning
4-3. Graph AutoEncoders (GAEs)
- Network Embedding
- Graph Generation
https://velog.io/@tobigsgnn1415/14.-Traditional-Generative-Models-for-Graphs
4-4. Spatial-Temporal Graph Neural Networks (STGNNs)
- CNN based Model
- RNN based Model
- CNN & RNN based Model
- Attention based Model
5. GNN의 Benchmark Dataset
- Citation Networks
- Biochemical Graphs
- Social Networks
- Others
6. GNN Library
- Pytorch Geometric
- DGL
* Reference
https://tootouch.github.io/research/gnn_summary/#roadmap
https://thejb.ai/comprehensive-gnns-1/
https://velog.io/@tobigsgnn1415
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