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2555. Foundation Models for Time Series Forecasting
Invited abstract in session WC-57: Forecasting for the middle mile, stream Optimization at Amazon.
Wednesday, 12:30-14:00Room: S06 (building: 101)
Authors (first author is the speaker)
1. | Chris George
|
ATS, Amazon | |
2. | Claudio Coppola
|
Amazon | |
3. | Jason Omedes
|
Amazon | |
4. | Juba Nait Saada
|
Amazon | |
5. | Sergio Alvarez Balanya
|
Amazon |
Abstract
Maintaining a complex transportation network at global scale involves a large number of planning processes, each requiring visibility on how expected demand from customer orders will flow through local regions in the transportation network. For example, planning labour to process warehouses requires visibility on packages arriving at each warehouse. While traditional forecasting approaches rely on statistical or machine learning models independently optimised to forecast for a single granularity and horizon, they can require significant historical data for the granularity in question and cannot adapt well to new time series, inhibiting the expansion of the network to new countries or demand streams. In this work we explore a new approach to time series forecasting, where a single deep neural network trained on large collections of time series datasets is used to provide robust forecasts across many granularities and horizons. Inspired by Large Language Models and the ability of Transformer architectures to model long range dependencies in textual data; we hypothesise that adapting the Transformer architecture to numerical data and training them on large time series datasets can allow a single model to reliably forecast across multiple granularities and horizons and even outperform the traditional multiple-model approach, particularly in cases where little historical data is available.
Keywords
- Transportation
- Agent Systems
- Machine Learning
Status: accepted
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