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Thanks for your great work, I have a quick question regarding label dimension and Figure 3 in your paper. In the inductive attention mechanism, the t×c dimension—does the c-dimension correspond to the label dimension of the training set or the test set? Additionally, how does the Linear GNN trained on the training set ensure that the output matches the label dimension of the test set if the label dimension is not consistent, such as training on cora and inference on arxiv? I understand the label-permutation invariance of the distance of LinearGNN predictions, but how can the linearGNN predict the exact test label dimension without any labelled test data? Does GraphAny need to use some test node labels to get the W for linearGNN?
Thanks in advance.
The text was updated successfully, but these errors were encountered:
YanJiangJerry
changed the title
Question about Inductive Predicted Label Attention Dimensions
Question about Predicted Label Dimensions
Mar 2, 2025
YanJiangJerry
changed the title
Question about Predicted Label Dimensions
Question about Predicted Label Dimensions and the Usages of Test Node Label
Mar 2, 2025
Thanks for your great work, I have a quick question regarding label dimension and Figure 3 in your paper. In the inductive attention mechanism, the t×c dimension—does the c-dimension correspond to the label dimension of the training set or the test set? Additionally, how does the Linear GNN trained on the training set ensure that the output matches the label dimension of the test set if the label dimension is not consistent, such as training on cora and inference on arxiv? I understand the label-permutation invariance of the distance of LinearGNN predictions, but how can the linearGNN predict the exact test label dimension without any labelled test data? Does GraphAny need to use some test node labels to get the W for linearGNN?
Thanks in advance.
The text was updated successfully, but these errors were encountered: