How to improve oil consumption forecast using google trends from online big data?: the structured regularization methods for large vector autoregressive model

IF 0.5 Q4 STATISTICS & PROBABILITY
Ji-Eun Choi, D. Shin
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引用次数: 0

Abstract

We forecast the US oil consumption level taking advantage of google trends. The google trends are the search volumes of the specific search terms that people search on google. We focus on whether proper selection of google trend terms leads to an improvement in forecast performance for oil consumption. As the forecast models, we consider the least absolute shrinkage and selection operator (LASSO) regression and the structured regularization method for large vector autoregressive (VAR-L) model of Nicholson et al. (2017), which select automatically the google trend terms and the lags of the predictors. An out-of-sample forecast comparison reveals that reducing the high dimensional google trend data set to a low-dimensional data set by the LASSO and the VAR-L models produces better forecast performance for oil consumption compared to the frequently-used forecast models such as the autoregressive model, the autoregressive distributed lag model and the vector error correction model.
如何利用在线大数据的谷歌趋势改进石油消费预测?:大向量自回归模型的结构化正则化方法
我们利用谷歌趋势预测了美国的石油消费水平。谷歌趋势是人们在谷歌上搜索的特定搜索词的搜索量。我们关注的是谷歌趋势术语的正确选择是否会改善石油消费的预测表现。作为预测模型,我们考虑了最小绝对收缩和选择算子(LASSO)回归和Nicholson等人(2017)的大向量自回归(VAR-L)模型的结构化正则化方法,该方法自动选择预测因子的谷歌趋势项和滞后。样本外预测比较表明,与经常使用的预测模型(如自回归模型、自回归分布滞后模型和向量误差校正模型)相比,通过LASSO和VAR-L模型将高维谷歌趋势数据集减少为低维数据集可以产生更好的石油消耗预测性能。
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来源期刊
CiteScore
0.90
自引率
0.00%
发文量
49
期刊介绍: Communications for Statistical Applications and Methods (Commun. Stat. Appl. Methods, CSAM) is an official journal of the Korean Statistical Society and Korean International Statistical Society. It is an international and Open Access journal dedicated to publishing peer-reviewed, high quality and innovative statistical research. CSAM publishes articles on applied and methodological research in the areas of statistics and probability. It features rapid publication and broad coverage of statistical applications and methods. It welcomes papers on novel applications of statistical methodology in the areas including medicine (pharmaceutical, biotechnology, medical device), business, management, economics, ecology, education, computing, engineering, operational research, biology, sociology and earth science, but papers from other areas are also considered.
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