
Worked on the Nixtla/neuralforecast repository to enhance in-sample prediction capabilities by introducing support for user-specified confidence levels and quantiles, enabling distribution-aware forecasts. Refactored the prediction generation process in Python and Jupyter Notebook to accommodate these new parameters, ensuring compatibility with various loss functions and deep learning models. Implemented robust error handling to prevent misconfigurations, particularly for unsupported scenarios such as multivariate models or conformal prediction intervals with in-sample predictions. This work focused on API development and time series forecasting, resulting in a more flexible and reliable prediction interface that supports advanced machine learning workflows without introducing new bugs.
Concise monthly summary for Nixtla/neuralforecast – June 2025: Distribution-aware in-sample predictions and robustness improvements.
Concise monthly summary for Nixtla/neuralforecast – June 2025: Distribution-aware in-sample predictions and robustness improvements.

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