Successive one-sided Hodrick-Prescott filter with incremental filtering algorithm for nonlinear economic time series

Yuxia Liu; Qi Zhang; Wei Xiao; Tianguang Chu

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arXiv · 2306.12439

Successive one-sided Hodrick-Prescott filter with incremental filtering algorithm for nonlinear economic time series

Yuxia Liu·Qi Zhang·Wei Xiao·Tianguang Chu

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Abstract

We propose a successive one-sided Hodrick-Prescott (SOHP) filter from multiple time scale decomposition perspective to derive trend estimate for a time series. The idea is to apply the one-sided HP (OHP) filter recursively on the updated cyclical component to extract the trend residual on multiple time scales, thereby to improve the trend estimate. To address the issue of optimization with a moving horizon as that of the SOHP filter, we present an incremental HP filtering algorithm, which greatly simplifies the involved inverse matrix operation and reduces the computational demand of the basic HP filtering. Actually, the new algorithm also applies effectively to other HP-type filters, especially for large-size or expanding data scenario. Numerical examples on real economic data show the better performance of the SOHP filter in comparison with other known HP-type filters.

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BibTeX RIS

Yuxia Liu, Qi Zhang, Wei Xiao, Tianguang Chu. 2023-06-17. Successive one-sided Hodrick-Prescott filter with incremental filtering algorithm for nonlinear economic time series. https://arxiv.org/abs/2306.12439

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