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In train.py, when you calculate the LSI, why do you not calculate node's converget state for each node, but calculate 1x(dim of feat) vector "norm_fea_inf" as the same convergent stae for all nodes?
The text was updated successfully, but these errors were encountered:
In train.py, when you calculate the LSI, why do you not calculate node's converget state for each node, but calculate 1x(dim of feat) vector "norm_fea_inf" as the same convergent stae for all nodes?
I understand this (since random walk stationary distribution is only dependent on the target node, right?)
the only thing that i want is specific proof of general stationary adjacency matrix in equation(2),,
I understand to a certain extent, but I want to know for general normalized factor r.
In train.py, when you calculate the LSI, why do you not calculate node's converget state for each node, but calculate 1x(dim of feat) vector "norm_fea_inf" as the same convergent stae for all nodes?
The text was updated successfully, but these errors were encountered: