Open clevilll opened 1 month ago
Hi there,
Thank you so much for your attention to SAITS! If you find SAITS is helpful to your work, please star⭐️ this repository. Your star is your recognition, which can let others notice SAITS. It matters and is definitely a kind of contribution.
I have received your message and will respond ASAP. Thank you again for your patience! 😃
Best,
Wenjie
This issue had no activity for 14 days. It will be closed in 1 week unless there is some new activity. Is this issue already resolved?
This issue had no activity for 14 days. It will be closed in 1 week unless there is some new activity. Is this issue already resolved?
The problem has not been solved and no answer provided so far from @WenjieDu
Hi, I was experimenting this DL architecture to see how the performance of its imputation over uni-variante time-series data for:
using this setup:
I have reached the following results:
So let's zoom and see the performance of
SAITS()
with other classic treatments of missing data -X['avgcpu'].interpolate(method=...)
as well as Average Median of all instances replacement viaX['avgcpu'].median()
.I don't see much differences between imputation of
SAITS()
andmedian()
especially over missing gaps and comparing results for single missing, results of other classic interpolation fillers (Linear\Nearest) are comperable withSAITS()
. I expected at least over missing gap case, DL-based models could perform and replace meaningful values.I’d appreciate any insights based on your experience if I need to adjust hyper-parameters of
SAITS()
for further improvement. I also read closed issues in this repo but did not find something helpful about improvement for these missing scenarios.Note: The resolution of used time data is epoch=5mins (sometimes some models are not good with high-frequency time data)