Formation of New Failure Censored Reliability LifeTest using Neutrosophic Generalized Exponential Distribution -Neutrosophic Approach

Abstract

The statistical quality control techniques help in maintaining and monitoring the quality standards of manufacturing products. It decides whether to accept or reject the product's quality after inspecting several quantities. In Classical statistics, the sampling plan uses deterministic data to produce a reliable lot decision. In certain situations, the information may be ambiguous, inaccurate, or insufficient to make an accurate determination about the quality of the submitted lots. In that case, Neutrosophic Statistics can be used to analyse the data and produce an appropriate conclusion from ambiguous, uncertain data. In this paper, we propose the Neutrosophic failure-censored reliability test plan, which is considered the Neutrosophic plan of parameters. Assumes that the failure lifetimes follow a Neutrosophic Generalized Exponential Distribution (NGED). In order to calculate the producer and consumer risks, Neutrosophic Statistical Interval Method is used. Example is provided to illustrate tables and numerical illustrations.