Resumen

GALVEZ-SORIANO, Oscar de J.. Nowcasting Mexico’s quarterly GDP using factor models and bridge equations. Estud. Econ. (México, D.F.) [online]. 2020, vol.35, n.2, pp.213-265.  Epub 21-Oct-2020. ISSN 0186-7202.  https://doi.org/10.24201/ee.v35i2.402.

I evaluate five nowcasting models that I used to forecast Mexico’s quarterly GDP in the short run: a dynamic factor model (DFM), two bridge equation (BE) models and two models based on principal components analysis (PCA). The results indicate that the average of the two BE forecasts is statistically better than the rest of the models under consideration, according to the Diebold-Mariano accuracy test. Using realtime information, I show that the average of the BE models is also more accurate than the median of the forecasts provided by the analysts surveyed by Bloomberg, the median of the experts who answer Banco de México’s Survey of Professional Forecasters and the rapid GDP estimate released by INEGI.

Palabras llave : forecasting; state space model; principal component analysis; monetary policy; Kalman filter; Diebold-Mariano test; C32; C38; C53; E52.

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