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Spatially filtered unconditional quantile regression: Application to a hedonic analysis
Unconditional quantile regression (UQR) attracts attention in various fields to investigate the impacts of explanatory variables on quantiles of the marginal distribution of an explained variable. This study attempts to introduce spatial dependence into the UQR within the framework of random effects eigenvector spatial filtering, resulting in the model that we term the spatially filtered UQR (SF‐UQR). We then develop a computationally efficient approach for SF‐UQR estimation. Finally, the performance of the SF‐UQR is tested with a hedonic land price model for the Tokyo metropolitan area. SF‐UQR is implemented in an R package, “spmoran.”
Spatially filtered unconditional quantile regression: Application to a hedonic analysis
Unconditional quantile regression (UQR) attracts attention in various fields to investigate the impacts of explanatory variables on quantiles of the marginal distribution of an explained variable. This study attempts to introduce spatial dependence into the UQR within the framework of random effects eigenvector spatial filtering, resulting in the model that we term the spatially filtered UQR (SF‐UQR). We then develop a computationally efficient approach for SF‐UQR estimation. Finally, the performance of the SF‐UQR is tested with a hedonic land price model for the Tokyo metropolitan area. SF‐UQR is implemented in an R package, “spmoran.”
Spatially filtered unconditional quantile regression: Application to a hedonic analysis
Murakami, D. (author) / Seya, H. (author)
Environmetrics ; 30
2019-08-01
1 pages
Article (Journal)
Electronic Resource
English
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