An Integrated Approach for Designing a Sampling Plan and Fixing Specifications
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Chung-Ho Chen
Abstract
In 1986 Taguchi presented the quadratic function for describing the loss of quality due to deviation from the production value. The objective then is to improve quality by minimizing the quadratic loss function which reflects the loss of both, the producer and the consumer. Subsequently, Kapur et al. (Wang, Economic design of specifications based on Taguchi's concept of quality loss function.: 23-36, 1987, Quality Engineering 1:63-77, 1988, Cho, Quality Engineering 6: 401-417, 1994) addressed the problem of deriving a loss function to be applied for determining the design of specification limits. This article further explores the problem of determining an integrated design of a Type I continuous sampling plan (CSP-1) and the specification limits. By modifying Kapur and Wang's (Economic design of specifications based on Taguchi's concept of quality loss function.: 23-36, 1987) model, we not only obtain economic specification limits, but also obtaib an optimal CSP-1 plan for inspection.
© Heldermann Verlag
Articles in the same Issue
- ARL Comparisons Between Neural Network Models and -Control Charts for Quality Characteristics that are Nonnormally Distributed
- A Note on the Convolution of the Uniform and Related Distributions and Their Use in Quality Control
- An Integrated Approach for Designing a Sampling Plan and Fixing Specifications
- Statistical Process Control Methods from the Viewpoint of Industrial Application
- A First-Passage Time Problem in Reliability Theory
- Availability of K-out-of-N:G Systems with Exponential Failures and General Repairs
- Selection of Sampling Schemes Indexed by Crossover Point for Compliance Testing
- Bayesian Single Sampling Plans for a Gamma Prior
- Neyman Measurement and Prediction Procedures
- Towards Practical and Synthetical Modelling of Repairable Systems
- Reliability Analysis of Systems with Time-Varying Failure Rates
Articles in the same Issue
- ARL Comparisons Between Neural Network Models and -Control Charts for Quality Characteristics that are Nonnormally Distributed
- A Note on the Convolution of the Uniform and Related Distributions and Their Use in Quality Control
- An Integrated Approach for Designing a Sampling Plan and Fixing Specifications
- Statistical Process Control Methods from the Viewpoint of Industrial Application
- A First-Passage Time Problem in Reliability Theory
- Availability of K-out-of-N:G Systems with Exponential Failures and General Repairs
- Selection of Sampling Schemes Indexed by Crossover Point for Compliance Testing
- Bayesian Single Sampling Plans for a Gamma Prior
- Neyman Measurement and Prediction Procedures
- Towards Practical and Synthetical Modelling of Repairable Systems
- Reliability Analysis of Systems with Time-Varying Failure Rates
