Viewing a single comment thread. View all comments

Weary-Marionberry-15 t1_j06hbfh wrote

Is your “quality” known for each graph? If so, I recon you could do this by simply building a convolutional graph neural network and phrase this as a regression problem (assuming quality is a float).

4

J00Nnn OP t1_j09l1ov wrote

Thanks for replying! The quality of the graph is known in pairs like this: {G1 > G2, G3 > G4}, I'm not sure if that is suitable for convolutional GNN.

1

Weary-Marionberry-15 t1_j0azzw2 wrote

Could you elaborate on what this pair is? It’s not clear to me what the entries are.

2