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The primary algorithm uses median absolute deviation to replace standard deviation, to make it more robust against anomaly points.
But in this code, pandas.mad() is used. However, pandas.mad() is mean absolute deviation, not median absolute deviation. Both can work, but median absolute deviation is better, in my opinion.
The text was updated successfully, but these errors were encountered:
@ColaBH Interesting, have you tested both versions to see which is better? @Marcnuth depending upon how testing goes, should this be configurable (median/mean absolute deviation)?
I think which is better or not may depend on what data look like.
In my data, there is no big difference because of my time series data didn't have really big or small value. So the difference between median absolute deviation and mean absolute deviation is not huge.
But if your data may have really big or small value, I think the median absolute deviation is more robust.
The primary algorithm uses median absolute deviation to replace standard deviation, to make it more robust against anomaly points.
But in this code, pandas.mad() is used. However, pandas.mad() is mean absolute deviation, not median absolute deviation. Both can work, but median absolute deviation is better, in my opinion.
The text was updated successfully, but these errors were encountered: