Title : ( Repair alert model when the lifetimes are discretely distributed )
Authors: Mohammad Atlehkhani , Mahdi Doostparast ,
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Abstract
This paper deals with the repair alert models. They are used for analyzing lifetime data coming from engineering devices under maintenance management. Repair alert models have been proposed and investigated for continuous component lifetimes. Existing studies are concerned with the lifetimes of items described by continuous distributions. However, discrete lifetimes are also frequently encountered in practice. Examples include operating a piece of equipment in cycles, reporting field failures that are gathered weekly, and the number of pages printed by a device completed before failure. Here, the repair alert models are developed when device lifetimes are discrete. A wide class of discrete distributions, called the telescopic family, is considered for the component lifetimes, and the proposed repair alert model is explained in detail. Furthermore, the problem of estimating parameters is investigated and illustrated by analyzing a real data set.
Keywords
, Discrete distribution, Estimation, Maximum likelihood Estimation, Random sign censoring, Repair alert model, Geometric distribution
@article{paperid:1099959,
author = {محمد آتله خانی and Doostparast, Mahdi},
title = {Repair alert model when the lifetimes are discretely distributed},
journal = {Communications in Statistics Part B: Simulation and Computation},
year = {2024},
month = {October},
issn = {0361-0918},
keywords = {Discrete distribution; Estimation; Maximum likelihood Estimation; Random sign censoring; Repair alert model; Geometric distribution},
}
%0 Journal Article
%T Repair alert model when the lifetimes are discretely distributed
%A محمد آتله خانی
%A Doostparast, Mahdi
%J Communications in Statistics Part B: Simulation and Computation
%@ 0361-0918
%D 2024
