Input
ExecutionExecution trigger that begins GLM training
AI/ML/Regression
Fit/Train a Generalized Linear Model. Pick the distribution that matches the target: Normal for unbounded values, Poisson for counts, Gamma for positive skewed amounts, Inverse Gaussian for heavy tails.
Scores range from 0 to 10. Higher values mean more impact, exposure, or operational weight.
Execution trigger that begins GLM training
Choose which backend supplies the training data
Target distribution: Normal (power 0, any value), Poisson (power 1, counts >= 0), Gamma (power 2, values > 0), Inverse Gaussian (power 3, values > 0), or Custom to set the Tweedie power directly
Free Tweedie power, only used when Distribution is Custom. Values in (0, 1) do not describe any distribution and are rejected; (1, 2) is compound Poisson-Gamma.
Strength of the L2 penalty on the coefficients. 0 fits an unpenalized GLM.
Fit a bias term. Disable only when the data is already centered.
Iteration cap for the L-BFGS solver. Defaults to 1000 instead of the library default of 100, which is too low to converge on unscaled real-world features.
Gradient tolerance that stops the L-BFGS solver. Smaller values fit tighter but need more iterations.
Activated once training completes
Thread-safe handle to the trained generalized linear model