summary:This paper gives the maximum likelihood estimations of the process (or lot) average proportion $p$ of defectives and the proportion $(\alpha)$ of the population which follows a negative binomial distribution based on attribute samples that have been curtailed either with the rejection of a lot on finding the $k$th defective or with the acceptance of it on finding the $K$th nondefective. These estimates are based on inspection from a sequence of $m$ lots of inspected items. Moreover, the linear estimates of $p$ and $\alpha$ and the asymptotic variance and covariance of considered estimators are given
AbstractA sampling plan is a statement of criteria of acceptance applied to a batch, based on approp...
In this paper, a two stage group acceptance sampling plan is developed for a truncated life te...
In this article, acceptance sampling plans are developed for the inverse Rayleigh distribution perce...
summary:This paper gives the maximum likelihood estimations of the process (or lot) average proporti...
We consider robust parametric procedures for univariate discrete distributions, focusing on the nega...
Recent studies on biological data which vary somewhat from Poisson description have brought the nega...
The negative binomial distribution (NBD) and negative binomial processes have been used as natural m...
The ordinary variable inspection plans rely on the normality of the underlying populations. However...
Optimal defects-per-unit test plans based on posterior odds ratios are developed for the disposition...
BackgroundThe negative binomial distribution is used commonly throughout biology as a model for over...
This paper focuses on single acceptance sampling designs on incoming quality with Maximum Allowable ...
In this paper, a group acceptance sampling plan using weighted binomial is developed for a truncated...
Background: Acceptance sampling is a statistical tool of quality control. Sampling plans and operati...
Background. The negative binomial distribution is used commonly throughout biology as a model for ov...
One-sided variables acceptance sampling plans such as the one presented in Schilling1 assume that a ...
AbstractA sampling plan is a statement of criteria of acceptance applied to a batch, based on approp...
In this paper, a two stage group acceptance sampling plan is developed for a truncated life te...
In this article, acceptance sampling plans are developed for the inverse Rayleigh distribution perce...
summary:This paper gives the maximum likelihood estimations of the process (or lot) average proporti...
We consider robust parametric procedures for univariate discrete distributions, focusing on the nega...
Recent studies on biological data which vary somewhat from Poisson description have brought the nega...
The negative binomial distribution (NBD) and negative binomial processes have been used as natural m...
The ordinary variable inspection plans rely on the normality of the underlying populations. However...
Optimal defects-per-unit test plans based on posterior odds ratios are developed for the disposition...
BackgroundThe negative binomial distribution is used commonly throughout biology as a model for over...
This paper focuses on single acceptance sampling designs on incoming quality with Maximum Allowable ...
In this paper, a group acceptance sampling plan using weighted binomial is developed for a truncated...
Background: Acceptance sampling is a statistical tool of quality control. Sampling plans and operati...
Background. The negative binomial distribution is used commonly throughout biology as a model for ov...
One-sided variables acceptance sampling plans such as the one presented in Schilling1 assume that a ...
AbstractA sampling plan is a statement of criteria of acceptance applied to a batch, based on approp...
In this paper, a two stage group acceptance sampling plan is developed for a truncated life te...
In this article, acceptance sampling plans are developed for the inverse Rayleigh distribution perce...