This workflow shows how to access time series data, make it equally-spaced, impute missing values, aggregate it at a greater granularity, and explore it visually. After these steps, the time series is decomposed into trend, seasonality, and residual. The residual is modeled with an ARIMA model, and deployment data are saved for testing the model's out-of-sample forecast accuracy.
Hi there!
I try to create Time Series Analysis with Components.
But i have problem zu execute the node Decompose Signal. Is there any tricks that i need to know?
Thanks a lot!
Marija
Hello, I got an error running this workflow with the superstore data. The Auto ARMINA learner node failed -
âERROR Python Learner 3:79:0:105 Execute failed: name âi_outâ is not defined
Traceback (most recent call last):
File ââ, line 47, in
NameError: name âi_outâ is not definedâ
I can see i_out defined in the Python learner node in the component, but I donât know Python very well. Can anyone help?