Hello author, I would like to ask you about how Spatial Embedding and Graph Embedding are generated respectively.
I noticed that you mentioned that multi-graph spatial embedding is generated using node2vec, which I assume is the source of Spatial Embedding, and I would like to check with you if my understanding is correct.
Also, I looked at the source code and there is a paragraph in it :
W = torch.stack((self.used_graphs))
GE = W[:,:,0].permute(1, 0).unsqueeze(dim=2)
# generate graph embbeding
and another paragraph that is:
multi-graph embedding
graph_embedding = torch.empty(GE.shape[0], GE.shape[1], 5)
for i in range(GE.shape[0]): graph_embbeding[i], 5)
graph_embedding[i] = F.one_hot(GE[... , 0][i].to(torch.int64) % 5, 5)
GE = graph_embedding
GE = GE.unsqueeze(dim=2)
GE = self.FC_ge(GE)
I think this should be how Graph Embedding is generated, but I'm not familiar with Graph Embedding, and I didn't find the name of this approach in the paper, could I ask you why it work? Or the name of this approach?
Thank you very much.
Hello author, I would like to ask you about how Spatial Embedding and Graph Embedding are generated respectively.
I noticed that you mentioned that multi-graph spatial embedding is generated using node2vec, which I assume is the source of Spatial Embedding, and I would like to check with you if my understanding is correct.
Also, I looked at the source code and there is a paragraph in it :
and another paragraph that is:
I think this should be how Graph Embedding is generated, but I'm not familiar with Graph Embedding, and I didn't find the name of this approach in the paper, could I ask you why it work? Or the name of this approach?
Thank you very much.