3 课程目录
01:图机器学习介绍(Introduction to Machine Learning for Graphs)
02:节点嵌入(Node Embeddings)
03:图神经网络模型(Graph Neural Networks 1: GNN Model)
04: GNNs通用视角(A general perspective on GNNs)
05:GNN增强与训练(GNN augmentation and training)
06:图神经网络理论(Theory of Graph Neural Networks)
07:异质图(Heterogenous graphs)
08:知识图谱(Knowledge Graph)
09:知识图谱推理(Reasoning over Knowledge Graphs)
10:快速神经子图匹配( Fast neural subgraph matching)
11:图神经网络推荐(GNNs for recommenders)
12:深度图生成式模型(Deep Generative Models for Graphs)
13:图神经网络高级主题(Advanced Topics on GNNs)
14:图Transformers( Graph Transformers)
15:扩展图(Scaling to large graphs)
16:几何深度学习( Geometric deep learning)
17:链接预测与因果性(Link Prediction and Causality)
18:算法推理与GNNs(Algorithmic reasoning with GNNs)
29:结论 Conclusion
4 课程材料预览
Graph Representation Learning by William L. Hamilton
Networks, Crowds, and Markets: Reasoning About a Highly Connected World by David Easley and Jon Kleinberg
Network Science by Albert-László Barabási