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Hi @shchur, thanks for releasing the code! I'm wondering if it is possible that you could provide the code for the section of missing data imputation - Sec. 5.4 & F.4 MISSING DATA IMPUTATION from your paper.
I'm curious about your implementation of feeding imputations to the RNN. If keep your current framework, to include the imputations to be the history, the batch will keep changing and we need get_features(batch) & get_context(features) every time we have a new imputed event. This gives a very slow training process. Could you provide your implementation on this part, or give me some suggestions on implementing this 'training while imputing'? Thanks!
The text was updated successfully, but these errors were encountered:
Hi @yugongg. We looked for the code for this particular experiment but, unfortunately, it seems like we lost it somewhere between refactoring & moving from the internal repo to Github, I'm sorry about that :(
Hi @shchur, thanks for releasing the code! I'm wondering if it is possible that you could provide the code for the section of missing data imputation - Sec. 5.4 & F.4 MISSING DATA IMPUTATION from your paper.
I'm curious about your implementation of feeding imputations to the RNN. If keep your current framework, to include the imputations to be the history, the batch will keep changing and we need get_features(batch) & get_context(features) every time we have a new imputed event. This gives a very slow training process. Could you provide your implementation on this part, or give me some suggestions on implementing this 'training while imputing'? Thanks!
The text was updated successfully, but these errors were encountered: