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Cost Minimizing Single Sampling Plans with AIQL and AOQL Constraints

Sedat Sami Ercan · M. Zia Hassan · Ajva Taulananda

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Advanced Statistical Process Monitoring Management and Optimization Techniques Industrial Vision Systems and Defect Detection

Abstract

This paper investigates and formulates the relationships among average incoming quality limit (AIQL), production process quality level and average fraction defective after production process for a single-stage manufacturing connected-unit situation. Cost components of the system are identified. In order to derive minimum cost single sampling plans where inspection is by attribute, a mathematical model is developed and plans are obtained using discrete optimization for the total expected loss function subject to AIQL and AOQL equality constraints.

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References

1959Bayes Acceptance Sampling Procedures for Large Lots 1964Design of an Optimal Sequence of Interrelated Sampling Plans

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2013Joint production and quality control of unreliable batch manufacturing systems with rectifying inspection 1986Multistage Multiattribute Acceptance Sampling in Serial Production Systems 1979An Optimal Quality Control Design for a Single-Product Serial Manufacturing System 1989Economic design of an attributes control system for a multistage serial production process

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