This method involves lifting a graph to a hypergraph based on node attributes. Hyperedges are created by grouping nodes with the same attribute. Given (n) attributes of a node, users can choose which attribute to use for constructing the hyperedges. Additionally, users can preprocess the data to add new attributes for grouping. For example, in a social network, hyperedges can represent friend circles, or nodes can be grouped based on domain-specific distances.
This lifting approach is particularly useful for datasets where node attributes are present. For instance, the MUTAG, ENZYMES, and PROTEINS datasets all have this property. We tested our method on these datasets and updated the tutorial accordingly.
This method involves lifting a graph to a hypergraph based on node attributes. Hyperedges are created by grouping nodes with the same attribute. Given (n) attributes of a node, users can choose which attribute to use for constructing the hyperedges. Additionally, users can preprocess the data to add new attributes for grouping. For example, in a social network, hyperedges can represent friend circles, or nodes can be grouped based on domain-specific distances.
This lifting approach is particularly useful for datasets where node attributes are present. For instance, the MUTAG, ENZYMES, and PROTEINS datasets all have this property. We tested our method on these datasets and updated the tutorial accordingly.