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首页> 外文期刊>Journal of Forecasting >Forecasting Baden-Wurttemberg's GDP growth: MIDAS regressions versus dynamic mixed-frequency factor models
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Forecasting Baden-Wurttemberg's GDP growth: MIDAS regressions versus dynamic mixed-frequency factor models

机译:预测Baden-Wurttemberg的GDP增长:Midas回归与动态混合频率系数模型

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摘要

Germany's economic composition is heterogenous across regions, which makes regional economic projections based on German gross domestic product (GDP) growth unreliable. In this paper, we develop forecasting models for Baden-Wurttemberg's economic growth, a regional economy that is dominated by small- and medium-sized enterprises with a strong focus on foreign trade. For this purpose, we evaluate the backcasting and nowcasting performance of mixed data sampling (MIDAS) regressions with forecast combinations against an approximate dynamic mixed-frequency factor model. Considering a wide range of regional, national, and global predictors, we find that our high-dimensional models outperform benchmark time series models. Surprisingly, we also find that combined forecasts based on simple single-predictor MIDAS regressions are able to outperform forecasts from more sophisticated dynamic factor models.
机译:德国各地区的经济构成是异质的,这使得基于德国国内生产总值(GDP)增长的地区经济预测不可靠。在本文中,我们建立了巴登-沃尔滕堡经济增长的预测模型。巴登-沃尔滕堡是一个以中小型企业为主、高度重视对外贸易的区域经济体。为此,我们根据一个近似的动态混合频率因子模型,评估了混合数据抽样(MIDAS)回归与预测组合的后测和现测性能。考虑到广泛的区域、国家和全球预测因素,我们发现我们的高维模型优于基准时间序列模型。令人惊讶的是,我们还发现,基于简单的单预测因子MIDAS回归的组合预测能够优于更复杂的动态因子模型的预测。

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