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the article says \Delta means the interval between y_i and y_{i+1}.
In glocal_loss.py dis_left = label.long() dis_right = dis_left + 1
I consider that 1 means the interval. Because F.cross_entropy needs an integer number to be the true label.
I find that there has a \Delta equals to 0.5 in your ablation study.(Table 2 (c))
So what is the setting of your CE loss when \Delta equals to 0.5?
The text was updated successfully, but these errors were encountered:
the article says \Delta means the interval between y_i and y_{i+1}.
In glocal_loss.py
dis_left = label.long() dis_right = dis_left + 1
I consider that 1 means the interval. Because F.cross_entropy needs an integer number to be the true label.
I find that there has a \Delta equals to 0.5 in your ablation study.(Table 2 (c))
So what is the setting of your CE loss when \Delta equals to 0.5?
The text was updated successfully, but these errors were encountered: