Deep learning for graphs encompasses all those neural models endowed with multiple layers of computation operating on data repre- sented as graphs. The most common building blocks of these models are graph encoding layers, which compute a vector embedding for each node in a graph using message-passing operators. In this paper, we provide an overview of the key concepts in the field, point towards open questions, and frame the contributions of the ESANN 2021 special session into the broader context of deep learning for graphs.
Deep learning for graphs
Bacciu, Davide;Bianchi, Filippo Maria;
2021-01-01
Abstract
Deep learning for graphs encompasses all those neural models endowed with multiple layers of computation operating on data repre- sented as graphs. The most common building blocks of these models are graph encoding layers, which compute a vector embedding for each node in a graph using message-passing operators. In this paper, we provide an overview of the key concepts in the field, point towards open questions, and frame the contributions of the ESANN 2021 special session into the broader context of deep learning for graphs.File in questo prodotto:
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