A Problem Called ISO 2859-1 Sampling Procedures for Inspection by Attributes - Part 1
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Elart von Collani
Abstract
Controlling uncertainty has an ever-increasing importance in all areas of industry. To meet the demand, the International Organisation of Standardization (ISO) developed and develops “statistical” standards. However, while success and failure of technical standards can be assessed rather easily, this is different with statistical methods because of randomness. Moreover, rationale and purpose of statistical methods are often vague. This paper analyzes one of the most frequently applied statistical standards namely ISO 2859-1 (1999). The aim of this investigation is
to compare the purpose of ISO 2859-1 with industrial needs,
to evaluate clearness and comprehensibility of its presentation,
to check whether it represents the state of the art and a framework for future technological development.
It turns out that the purpose of ISO 2859-1 is obsolete, that the formulation is ambiguous, that it does not represent the state of the art and finally that it hinders necessary future technological development in the field.
© Heldermann Verlag
Artikel in diesem Heft
- Maintenance Policies with Minimal Repair
- Analysis of a Repairable System Subjected To Multiple Modes of Failure
- Run Length Variability and Three Sigma Control Limits
- Estimating Structural Reliability in the Presence of Covariates Via Bayesian Methods
- A Note on Point Estimation of System Reliability Exemplified for the Log-Logistic Distribution
- A Note on Testing Exponentiality Against New Better Than Used of Specified Age
- Measurement Procedures for Improving the Variability Function
- The Least Cost Testing Sequence Problem
- Process Control for Three Quality Classes and Three Repair Actions
- Standardisation of Flour Testing in Alveograph NG
- A Problem Called ISO 2859-1 Sampling Procedures for Inspection by Attributes - Part 1
Artikel in diesem Heft
- Maintenance Policies with Minimal Repair
- Analysis of a Repairable System Subjected To Multiple Modes of Failure
- Run Length Variability and Three Sigma Control Limits
- Estimating Structural Reliability in the Presence of Covariates Via Bayesian Methods
- A Note on Point Estimation of System Reliability Exemplified for the Log-Logistic Distribution
- A Note on Testing Exponentiality Against New Better Than Used of Specified Age
- Measurement Procedures for Improving the Variability Function
- The Least Cost Testing Sequence Problem
- Process Control for Three Quality Classes and Three Repair Actions
- Standardisation of Flour Testing in Alveograph NG
- A Problem Called ISO 2859-1 Sampling Procedures for Inspection by Attributes - Part 1
