
Developed and integrated a new variable scaling transformation into the root-project/root repository’s TMVA preprocessing pipeline, enabling linear scaling of features to the range [-1, 1] while preserving the original sign of input data. This enhancement extended the VariableNormalizeTransform class using C++ and improved the consistency of feature scaling for machine learning workflows. The update included comprehensive documentation and usage examples written in LaTeX, ensuring clarity for future users. By refining the data preprocessing stage, the work aimed to facilitate faster model convergence and reduce manual tuning, demonstrating a focused approach to improving machine learning infrastructure through robust C++ development.
This month, a new Variable Scaling Transformation was added to TMVA preprocessing, enabling data to be linearly scaled to [-1, 1] while preserving the input sign. The update extends the VariableNormalizeTransform class and accompanying documentation to support the new capability. This enhancement strengthens the preprocessing pipeline, helping ML models converge faster with consistent feature scaling across datasets and reducing tuning effort.
This month, a new Variable Scaling Transformation was added to TMVA preprocessing, enabling data to be linearly scaled to [-1, 1] while preserving the input sign. The update extends the VariableNormalizeTransform class and accompanying documentation to support the new capability. This enhancement strengthens the preprocessing pipeline, helping ML models converge faster with consistent feature scaling across datasets and reducing tuning effort.

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