> ML_LITERATURE // SALINAS-2020-DEEPAR-PROBABILISTIC-FORECASTING-WITH-AUTOREGRESSIVE-RECURRENT-NETWORKS_v1.0
DeepAR: Probabilistic Forecasting with Autoregressive Recurrent Networks
David Salinas, Valentin Flunkert, Jan Gasthaus, Tim Januschowski · International Journal of Forecasting (2020)
seminal-architecture2020industry-standardthirdPartyReproduced
Principal Contribution
Trained an autoregressive LSTM network across thousands of related time series, predicting parameters of parametric predictive probability distributions.
Operational Relevance
Amazon Web Services flagship forecasting engine deployed in Amazon Forecast and GluonTS for retail inventory planning.
Assumptions
- Shared non-linear dynamics exist across diverse time series that can be pooled into a single global neural model with scale normalization
Limitations
- Auto-regressive rollouts during inference can be slow; error accumulation on long forecast horizons
Connected Algorithms, Architectures & Tools
Related Algorithms:
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Implementing Libraries:
