Estimating and Prediction Accelerated Life Test Using Constant Stress for Marshall-Olkin Extended Burr Type X Distribution Based on Type-II Censoring

Authors

reda refaey, statisticFollow

Corresponding Author

refaey, reda

Document Type

Original Article

Subject Areas

Mathematics, Statistics, Computer Science, Physics and Astronomy

Keywords

Marshall-Olkin extended Burr Type X Distribution; Type II censored samples; Two-sample prediction; maximum likelihood estimation and prediction

Abstract

In this paper constant stress accelerated life tests are discussed based on Type II censored sampling from Marshall-Olkin extended Burr Type X Distribution. The model parameters and the acceleration factor are estimated using the maximum likelihood estimation method and two-sample predictions are considered for future order statistics. Further, the asymptotic confidence intervals for the model parameters are discussed. Numerical study is given, and some interesting comparisons are presented to illustrate the theoretical results. Moreover, the results are applied on real dataset.

How to Cite This Article

refaey, reda (2021) "Estimating and Prediction Accelerated Life Test Using Constant Stress for Marshall-Olkin Extended Burr Type X Distribution Based on Type-II Censoring," Al-Azhar Bulletin of Science: Vol. 32: Iss. 1, Article 11.
DOI: https://doi.org/10.21608/absb.2021.61409.1099