The effects of false and incomplete identification of nonconforming items on the properties of two-stage acceptance sampling procedures are studied. Numerical tables are presented, and there is some discussion of sensitivity to inspection errors. Methods of taking into account extra costs needed to implement better inspection techniques, when initial grading is inconclusive, are described
Background: Acceptance sampling is a statistical tool of quality control. Sampling plans and operati...
Acceptance sampling plans are practical tools for quality control applications, which involve qualit...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...
The effects of false and incomplete identification of nonconforming items on the properties of two-s...
he effects of false and incomplete identification of noncon-forming items on the properties of two-s...
Results of an investigation into the sensitivity to two types of inspection error of link sampling p...
AbstractA sampling plan is a statement of criteria of acceptance applied to a batch, based on approp...
The purpose of this research was to develop methods of modelling inspection error problems in statis...
An important aspect of any quality control program is estimation of the quality of outgoing products...
The statistical evaluation of the reliability of binary tests and inspections is a challenging endea...
Manufacturers and government agencies frequently use acceptance sampling to decide whether a lot fro...
The common type-A of Operating Characteristics (OC) curve measures the consumer’s risk through the i...
One-sided variables acceptance sampling plans such as the one presented in Schilling1 assume that a ...
This article addresses the issues of comparing different acceptance testing systems in an industrial...
This paper refers to the rectifying sampling inspection plans with given lot tolerance percent defec...
Background: Acceptance sampling is a statistical tool of quality control. Sampling plans and operati...
Acceptance sampling plans are practical tools for quality control applications, which involve qualit...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...
The effects of false and incomplete identification of nonconforming items on the properties of two-s...
he effects of false and incomplete identification of noncon-forming items on the properties of two-s...
Results of an investigation into the sensitivity to two types of inspection error of link sampling p...
AbstractA sampling plan is a statement of criteria of acceptance applied to a batch, based on approp...
The purpose of this research was to develop methods of modelling inspection error problems in statis...
An important aspect of any quality control program is estimation of the quality of outgoing products...
The statistical evaluation of the reliability of binary tests and inspections is a challenging endea...
Manufacturers and government agencies frequently use acceptance sampling to decide whether a lot fro...
The common type-A of Operating Characteristics (OC) curve measures the consumer’s risk through the i...
One-sided variables acceptance sampling plans such as the one presented in Schilling1 assume that a ...
This article addresses the issues of comparing different acceptance testing systems in an industrial...
This paper refers to the rectifying sampling inspection plans with given lot tolerance percent defec...
Background: Acceptance sampling is a statistical tool of quality control. Sampling plans and operati...
Acceptance sampling plans are practical tools for quality control applications, which involve qualit...
Binary tests classify items into two categories such as reject/accept, positive/negative or guilty/i...