Bootstrap Prediction Interval for ARMA Models with Unknown Orders

Authors

  • Xingyu Lu Nanjing University
  • Lihong Wang Nanjing University

DOI:

https://doi.org/10.57805/revstat.v18i3.307

Keywords:

ARMA model, asymptotic properties, bootstrap, prediction interval

Abstract

This paper aims to investigate the construction of the prediction intervals for ARMA (p, q) models with unknown orders. We present the bootstrap algorithms for the prediction intervals based on the bootstrap distribution of orders (p, q). The asymptotic properties of the intervals are also discussed. The Monte Carlo simulation studies show that the proposed algorithm significantly improves the coverage accuracy of the prediction interval compared to the methods using pre-estimated values of orders, especially when the sample size is small and the true model order is low.

Published

2020-08-04

How to Cite

Lu , X., & Wang , L. (2020). Bootstrap Prediction Interval for ARMA Models with Unknown Orders. REVSTAT-Statistical Journal, 18(3), 375–396. https://doi.org/10.57805/revstat.v18i3.307