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Here you simply average over the logits. However, did I understand correctly that the order/connectivity-agnostic training amounts to a mixture model with $p(x) = \sum_{o} p(x, o)$ ? If so, it appears that one needs to compute log-likelihood for each mask and then perform logsumexp to obtain the mixture log-likelihood.
The text was updated successfully, but these errors were encountered:
Here you simply average over the logits. However, did I understand correctly that the order/connectivity-agnostic training amounts to a mixture model with$p(x) = \sum_{o} p(x, o)$ ? If so, it appears that one needs to compute log-likelihood for each mask and then perform
logsumexp
to obtain the mixture log-likelihood.The text was updated successfully, but these errors were encountered: