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Thanks for your contribution. I find that DySAT w/o temporal attention is better in Enron.
I change code to delete Temporal Attention part in file models.py.
models.py
# 5: Temporal Attention forward temporal_inputs = structural_outputs outputs= temporal_inputs # for temporal_layer in self.temporal_attention_layers: # outputs = temporal_layer(temporal_inputs) # [N, T, F] # temporal_inputs = outputs # self.attn_wts_all.append(temporal_layer.attn_wts_all) return outputs
And run python train.py --dataset Enron_new --time_steps 16
python train.py --dataset Enron_new --time_steps 16
get results w/o temporal attention :
default results (val) [0.8700378071833649, 0.8700378071833649] default results (val) [0.8851606805293006, 0.8851606805293006] default results (test) [0.90290357641944, 0.90290357641944] default results (test) [0.9008850473577972, 0.9008850473577972]
while DySat with temporal attention has results
default results (val) [0.9040642722117203, 0.9040642722117203] default results (val) [0.9064272211720227, 0.9064272211720227] default results (test) [0.8758863412866829, 0.8758863412866829] default results (test) [0.8781636561254593, 0.8781636561254593]
It seems that DySAT w/o temporal attention performs better than one with temporal attention. Is there something wrong ?
The text was updated successfully, but these errors were encountered:
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Thanks for your contribution. I find that DySAT w/o temporal attention is better in Enron.
I change code to delete Temporal Attention part in file
models.py
.And run
python train.py --dataset Enron_new --time_steps 16
get results w/o temporal attention :
while DySat with temporal attention has results
It seems that DySAT w/o temporal attention performs better than one with temporal attention. Is there something wrong ?
The text was updated successfully, but these errors were encountered: