You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hi, I have used RippleNet on my dataset but can't get the explainability by tracking the paths to the item with high relevance probability in the KG.
So I try to modify the source code:
After replacing the reduce_sum with reduce_mean, the line be:
o = tf.reduce_mean(self.t_emb_list[hop], axis=1)
and I run these two version code on the movie dataset, and they both get the best result(AUC 0.92 ACC 0.84). BEFORE(ORIGINAL):
AFTER:
Could these results tell the truth that the relevance probabilities of the heads have no effect on the final result?
If I misunderstand something, please let me know. Thx :)
The text was updated successfully, but these errors were encountered:
Relevance probabilities are more to provide explainability in MovieLens, since the performance on MovieLens is already high. Relevance probabilities are more effective in news dataset according to our results.
Hi, can you print the values of 'probs_expanded'? I have tired to do that, but met an issue ' You must feed a value for placeholder tensor 'memories_r_0' '. Can I get some help? thanks a lot
Hi, I have used RippleNet on my dataset but can't get the explainability by tracking the paths to the item with high relevance probability in the KG.
So I try to modify the source code:
RippleNet/src/model.py
Line 98 in ba7ce72
After replacing the
reduce_sum
withreduce_mean
, the line be:and I run these two version code on the movie dataset, and they both get the best result(AUC 0.92 ACC 0.84).

BEFORE(ORIGINAL):
AFTER:

Could these results tell the truth that the relevance probabilities of the heads have no effect on the final result?
If I misunderstand something, please let me know. Thx :)
The text was updated successfully, but these errors were encountered: