DRAFT
in: Embedding (V, E, R) where
V are the node features
E are the (known) edges between the nodes
R are the embedded nodes (with lower dimension)
- Normalize
R onto a unit disc
- For every epoch (or batch?) generate a sample
R' of R (that is representative)
- Generate node pairs of
R': p = (n0_x, n0_y, n1_x, n1_y) with label being either 0 or 1 if the pair had an edge between them
- Use a weighted sampler so that the number of
0- and 1-labeled node pairs are (expected to be) of same size
- Train the model on the node pairs
- Evaluate embedding by reconstructing the graph with node pairs and checking the accuracy
DRAFT
in: Embedding
(V, E, R)whereVare the node featuresEare the (known) edges between the nodesRare the embedded nodes (with lower dimension)Ronto a unit discR'ofR(that is representative)R':p = (n0_x, n0_y, n1_x, n1_y)with label being either0or1if the pair had an edge between them0- and1-labeled node pairs are (expected to be) of same size