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NeurIPS 2021 || DropGNN: Random Dropouts Increase the Expressiveness of Graph Neural Networks Paper (Higher Education Goals and Research ) View | |
Improving Graph Neural Networks with Structural Adaptive Receptive Fields (VideoLecturesChannel) View | |
[Deep Graph Learning] 4.4 GNN batch normalization layer (BASIRA Lab) View | |
[EuroSys'21] FlexGraph: A Flexible and Efficient Distributed Framework for GNN Training (Long) (Lei Wang) View | |
ICPRS2021 Paper 31 (ICPRS) View | |
[Deep Graph Learning] 4.1 Point, batch and mini-batch gradient descent (BASIRA Lab) View | |
[Deep Graph Learning] 4.3 Recap on GNN sampling methods (BASIRA Lab) View | |
GNN-Surrogate: PacificVis2022 presentation (Neng Shi) View | |
Employing knowledge graphs and Graph Neural Networks (GNNs) for patent research (AI u0026 Patents 2021) (AI and Patents Workshop at ICAIL 2021) View | |
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