A key question for households, firms, and policy makers is: how is the economy doing now? This paper develops a Bayesian dynamic factor model that allows for nonlinearities, heterogeneous lead-lag patterns and fat tails in macroeconomic data. Explicitly modeling these features changes the way that different indicators contribute to the real-time assessment of the state of the economy, and substantially improves the out-of-sample performance of this class of models. In a formal evaluation, our nowcasting framework beats benchmark econometric models and professional forecasters at predicting US GDP growth in real time.

Advances in nowcasting economic activity: The role of heterogeneous dynamics and fat tails

Petrella, Ivan
2024-01-01

Abstract

A key question for households, firms, and policy makers is: how is the economy doing now? This paper develops a Bayesian dynamic factor model that allows for nonlinearities, heterogeneous lead-lag patterns and fat tails in macroeconomic data. Explicitly modeling these features changes the way that different indicators contribute to the real-time assessment of the state of the economy, and substantially improves the out-of-sample performance of this class of models. In a formal evaluation, our nowcasting framework beats benchmark econometric models and professional forecasters at predicting US GDP growth in real time.
2024
238
2
1
25
Nowcasting; Dynamic factor models; Dynamic Real-time data; Bayesian methods; Fat tails
Antolín-Díaz, Juan; Drechsel, Thomas; Petrella, Ivan
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/2019773
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