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As a follow-up to PR #554, we can add a naive fully random masking strategy for masking timeseries. For instance, there are two simple ways for it:
Simply flatten the input data (from [timesteps, channels] to [timesteps * channels]) and mask them randomly
Loop through all channels and treat them individually (mask each channel separately and concatenate them)
These two strategies seem to be the approaches taken by "Lime-for-time" implementation. Given that this is a low-hanging fruit and we have no idea whether the smart masking works better than this simple masking or not, it is worth-while to add this.
The text was updated successfully, but these errors were encountered:
This is already possible by setting the parameters correctly. This issue should be resolved by documenting this well in the right places and probably by using this naive approach as a default behavior.
As a follow-up to PR #554, we can add a naive fully random masking strategy for masking timeseries. For instance, there are two simple ways for it:
These two strategies seem to be the approaches taken by "Lime-for-time" implementation. Given that this is a low-hanging fruit and we have no idea whether the smart masking works better than this simple masking or not, it is worth-while to add this.
The text was updated successfully, but these errors were encountered: