In this paper, a variable multiple dependent state (MDS) sampling plan is developed based on the process capability index using Bayesian approach. The optimal parameters of the developed sampling plan with respect to constraints related to the risk of consumer and producer are presented. Two comparison studies have been done. First, the methods of double sampling model, sampling plan for resubmitted lots and repetitive group sampling (RGS) plan are elaborated and average sample numbers of the developed MDS plan and other classical methods are compared. A comparison study between the developed MDS plan based on Bayesian approach and the exact probability distribution is carried out
Acceptance sampling plans by variables are a basic quality control technique. These plans provide ec...
The proposed sampling plan in this article is referred to as multiple dependent state (MDS) sampling...
In this manuscript, three repetitive types of sampling plans using the generalized process capabilit...
In this manuscript, a sampling plan based on one-sided process capability index is designed using th...
This paper extends the idea of multiple dependent state sampling plans to the case of using process ...
In this paper, a mixed multiple dependent state sampling plan based on the process capability index ...
In this research, multiple dependent state and repetitive group sampling are used to design a variab...
We propose a new multiple dependent state sampling plan which comprises the features of existing mul...
This paper proposes a multiple dependent (or deferred) state sampling plan by variables for the insp...
In this paper, the modification of multiple dependent state sampling plan is proposed and designed f...
Bayesian Acceptance Sampling Approach is associated with utilization of prior process history for th...
In this article, a multiple dependent state repetitive (MDSR) sampling plan is developed to choose a...
Acceptance sampling is used to decide about the lot under inspection, either to accept or to reject....
This paper employs Bayesian approach to establish acceptance sampling plans for life tests with inte...
Recently, there has been a growing interest among industrial practitioners and researchers for apply...
Acceptance sampling plans by variables are a basic quality control technique. These plans provide ec...
The proposed sampling plan in this article is referred to as multiple dependent state (MDS) sampling...
In this manuscript, three repetitive types of sampling plans using the generalized process capabilit...
In this manuscript, a sampling plan based on one-sided process capability index is designed using th...
This paper extends the idea of multiple dependent state sampling plans to the case of using process ...
In this paper, a mixed multiple dependent state sampling plan based on the process capability index ...
In this research, multiple dependent state and repetitive group sampling are used to design a variab...
We propose a new multiple dependent state sampling plan which comprises the features of existing mul...
This paper proposes a multiple dependent (or deferred) state sampling plan by variables for the insp...
In this paper, the modification of multiple dependent state sampling plan is proposed and designed f...
Bayesian Acceptance Sampling Approach is associated with utilization of prior process history for th...
In this article, a multiple dependent state repetitive (MDSR) sampling plan is developed to choose a...
Acceptance sampling is used to decide about the lot under inspection, either to accept or to reject....
This paper employs Bayesian approach to establish acceptance sampling plans for life tests with inte...
Recently, there has been a growing interest among industrial practitioners and researchers for apply...
Acceptance sampling plans by variables are a basic quality control technique. These plans provide ec...
The proposed sampling plan in this article is referred to as multiple dependent state (MDS) sampling...
In this manuscript, three repetitive types of sampling plans using the generalized process capabilit...