Neutrosophic Statistical Interval Methods for Reliability Analysis: A Failure Censored LifeTest with Repetitive Group Sampling Plan

Abstract

The Reliability Sampling Plans based on Failure-Censored data assume that all failure data is reli
able, clear, and definitive, as noted in the literature.If the failure data measurements are unclear, indistinct, and
 unsure in a practical sense, we opt to adopt a new form of reliability theory known as Neutrosophic Reliability
 Theory. In this paper deals with Repetitive Group Sampling Plan based on failure-censored life tests using
 the Neutrosophic Statistical Interval Method. This plan assumes that failure times follow a Neutrosophic Gen
eralized Exponential Distribution and also consider the Neutrosophic plan parameters for a given producer’s
 risk and a given consumer’s risk. We present the tables and results for various levels of Neutrosophic plan
 parameterization. The numerical illustrations of real data study provide further clarity, making it easier to
 interpret the concept.

DOI: 10.5281/zenodo.14597573