This paper presents a design procedure for ChSP-4A(c(1), c(2))r plans based on Kullback-Leibler information and the minimum sum of risks. A table that gives the values of the parameters n and k indexed by the acceptable quality level (AQL) and limiting quality level (LQL) is presented, from which one can select a plan which gives a desired AQL and LQL when the producer's risk alpha = 0.05 and the consumer's risk beta = 0.10. A concluding remark for this series of five papers is given at the end of this paper
Abstract: This paper introduces modified producer ’s risk and consumer’s risk in the case of chain s...
This paper deals with the optimal designing of a skip-lot sampling plan of type SkSP-V by considerin...
ABSTRACT: This paper uses the Two-Point method of sampling plan design, whereby the person designing...
In this paper, an approach for designing ChSP-4(c(1), c(2)) plans while minimizing the sum of risks ...
In this part of the series, the notion of average total inspection (ATI) is introduced to ChSP-4A (c...
This article outlines the structure of a generalized family of two-stage chain sampling plans, exten...
In this paper a procedure for the selection of Mixed Sampling Plan (MSP) indexed through AOQcc which...
In this article, we propose a method of planning and determining the optimum parameters of a SkSP-R ...
Supply Chain Management, which is concerned with material and information flows between facilities a...
Bayesian Acceptance Sampling Approach is associated with utilization of prior process history for th...
Acceptance sampling plans are the practical tools for quality assurance applications involving produ...
Lot-by-Lot acceptance sampling plans provide the practitioner with decision rules for acceptance or ...
In this article given a construction procedure of attribute Zero – Inflated Poisson chain sampling p...
The purpose of this research article is to provide a novel algorithm for the Relational Chain Sampli...
In this paper Chain sampling plans for truncated life tests are developed using minimum angle method...
Abstract: This paper introduces modified producer ’s risk and consumer’s risk in the case of chain s...
This paper deals with the optimal designing of a skip-lot sampling plan of type SkSP-V by considerin...
ABSTRACT: This paper uses the Two-Point method of sampling plan design, whereby the person designing...
In this paper, an approach for designing ChSP-4(c(1), c(2)) plans while minimizing the sum of risks ...
In this part of the series, the notion of average total inspection (ATI) is introduced to ChSP-4A (c...
This article outlines the structure of a generalized family of two-stage chain sampling plans, exten...
In this paper a procedure for the selection of Mixed Sampling Plan (MSP) indexed through AOQcc which...
In this article, we propose a method of planning and determining the optimum parameters of a SkSP-R ...
Supply Chain Management, which is concerned with material and information flows between facilities a...
Bayesian Acceptance Sampling Approach is associated with utilization of prior process history for th...
Acceptance sampling plans are the practical tools for quality assurance applications involving produ...
Lot-by-Lot acceptance sampling plans provide the practitioner with decision rules for acceptance or ...
In this article given a construction procedure of attribute Zero – Inflated Poisson chain sampling p...
The purpose of this research article is to provide a novel algorithm for the Relational Chain Sampli...
In this paper Chain sampling plans for truncated life tests are developed using minimum angle method...
Abstract: This paper introduces modified producer ’s risk and consumer’s risk in the case of chain s...
This paper deals with the optimal designing of a skip-lot sampling plan of type SkSP-V by considerin...
ABSTRACT: This paper uses the Two-Point method of sampling plan design, whereby the person designing...