Using deep (machine) learning to forecast US inflation in the COVID-19 era
Abstract
The 2021-2022 surge in US inflation was unanticipated by the Survey of Professional Forecasters (SPF) and other macroeconomists and institutions. This study assesses whether nascent deep learning frameworks and methods more accurately project recent core personal consumption expenditures inflation. We create a recurrent neural network (RNN) to forecast long-term inflation, and after training on 60 years of quarterly data, the model outperforms the SPF and projects a spike in inflation similar to that of recent years. We compare the model's performance with and without COVID-19-specific data and discuss some implications of our findings for economic forecasting in global crises.
Repository Citation
Stoneman, David, and John V. Duca. 2024. "Using deep (machine) learning to forecast US inflation in the COVID-19 era." Journal of Forecasting 43(4): 894-902.
Publisher
Wiley
Publication Date
2-20-2024
Publication Title
Journal of Forecasting
Department
Economics
Document Type
Article
DOI
https://dx.doi.org/10.1002/for.3079
Keywords
Inflation, Deep learning, Forecasting, Machine learning
Language
English
Format
text
