Journal Article

Machine Learning Approaches to Macroeconomic Forecasting

Abstract: Forecasting macroeconomic conditions can be challenging, requiring forecasters to make many discretionary choices about the data and methods they use. Although forecasters underpin the choices they make about models and complexity with economic intuition and judgement, these assumptions can be flawed. {{p}} Machine learning approaches, on the other hand, automate as many of those choices as possible in a manner that is not subject to the discretion of the forecaster. Aaron Smalter Hall applies machine learning techniques to find an optimal forecasting model for the unemployment rate. His results suggest that when supplied with diverse and complex data, a machine learning model can outperform simpler time-series models as well as a consensus of professional forecasters, with better performance at shorter horizons. In particular, his results show that a machine learning model can identify turning points in the unemployment rate earlier than competing methods.

Keywords: Unemployment;

JEL Classification: C53;

https://doi.org/10.18651/ER/4q18SmalterHall

Bibliographic Information

Provider: Federal Reserve Bank of Kansas City

Part of Series: Economic Review

Publication Date: 2018

Issue: Q IV

Pages: 63-81