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Autore principale: Sunny, Allen Daniel
Natura: Preprint
Pubblicazione: 2025
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Accesso online:https://arxiv.org/abs/2510.04974
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author Sunny, Allen Daniel
author_facet Sunny, Allen Daniel
contents We present StructuralDecompose, an R package for modular and interpretable time series decomposition. Unlike existing approaches that treat decomposition as a monolithic process, StructuralDecompose separates the analysis into distinct components: changepoint detection, anomaly detection, smoothing, and decomposition. This design provides flexibility and robust- ness, allowing users to tailor methods to specific time series characteristics. We demonstrate the package on simulated and real-world datasets, benchmark its performance against state-of-the- art tools such as Rbeast and autostsm, and discuss its role in interpretable machine learning workflows.
format Preprint
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institution arXiv
publishDate 2025
record_format arxiv
spellingShingle StructuralDecompose: A Modular Framework for Robust Time Series Decomposition in R
Sunny, Allen Daniel
Machine Learning
We present StructuralDecompose, an R package for modular and interpretable time series decomposition. Unlike existing approaches that treat decomposition as a monolithic process, StructuralDecompose separates the analysis into distinct components: changepoint detection, anomaly detection, smoothing, and decomposition. This design provides flexibility and robust- ness, allowing users to tailor methods to specific time series characteristics. We demonstrate the package on simulated and real-world datasets, benchmark its performance against state-of-the- art tools such as Rbeast and autostsm, and discuss its role in interpretable machine learning workflows.
title StructuralDecompose: A Modular Framework for Robust Time Series Decomposition in R
topic Machine Learning
url https://arxiv.org/abs/2510.04974