Signed attention based graph neural network for graphs with heterophily

Published: 01 Jan 2023, Last Modified: 13 May 2025Neurocomputing 2023EveryoneRevisionsBibTeXCC BY-SA 4.0
Abstract: Highlights•Signed attention mechanism can capture the complex relationship on graphs.•Exactly higher-order neighborhood aggregation can encode the positional information of neighborhoods.•A novel GNN model based on the above two techniques is proposed.•Achieving a significant improvement over SOTA on graphs with heterophily.
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