Multiple Deferred State Sampling Plan for Exponentiated New Weibull Pareto Distributed Mean Life Assurance

Abstract

This article proposes a methodology of designing the multiple deferred state acceptance sampling plan for assuring lifetime of the products when the underlying distribution of lifetime is exponentiated new Weibull-Pareto. Inspection of the sample items is done based on attribute quality characteristics under a time truncated life test. A number of tables are constructed using attribute multiple deferred state acceptance sampling plans of some specified value for mean lifetime ratio that may be obtained under the exponentiated new Weibull-Pareto model. The consequence of misspecification of the shape parameter and the role of the number of successive lots needed for sentencing current lot are investigated. A procedure for implementing the proposed plan for life-testing applications is included. The performance of the proposed plan is compared in terms of the average sample number required as well as discriminating power.

Marshall-Olkin Bilal distribution with associated minification process and acceptance sampling plans

“…The real data modelling shows that ASP with respect to the proposed model is better than the existing model in the literature. Using the works done in [8], [14], [16] and [23], we look forward to extending the sampling plans of the proposed model with respect to neutrosophic statistics.…”