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Hi, thanks for your amazing contribution of this Pytorch implementation!
Question on influence computation: as mentioned in function calc_s_test_single: s_test = invHessian * nabla(Loss(test_img, model params). However, as in Eq. (2) in the paper Understanding Black-box Predictions via Influence Functions, we should compute invHessian * nabla(Loss(train_img, model params). It seems that the positions of train and test image in Eq. (2) is switched.
Did I get anything wrong? Could you please provide more clue on that? Thanks so much for your information!
The text was updated successfully, but these errors were encountered:
Hi, thanks for your amazing contribution of this Pytorch implementation!
Question on influence computation: as mentioned in function calc_s_test_single: s_test = invHessian * nabla(Loss(test_img, model params). However, as in Eq. (2) in the paper Understanding Black-box Predictions via Influence Functions, we should compute invHessian * nabla(Loss(train_img, model params). It seems that the positions of train and test image in Eq. (2) is switched.
Did I get anything wrong? Could you please provide more clue on that? Thanks so much for your information!
The text was updated successfully, but these errors were encountered: