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Optimization of CASP-CUSUM schemes based on truncated Frechet distribution using gauss-legendre integration method
International Journal of Statistics and Applied Mathematics · 2022 · Vol. 7(3) · pp. 123–128
N Annapurna✉(Sri Krishnadevaraya University)P Mohammed Akhtar(Sri Krishnadevaraya University)G Venkatesulu(Sri Krishnadevaraya University)S Dhanunjaya(Govt. Dental College & Hospital)P Adisekhara Reddy(Sri Krishnadevaraya University)
Abstract
Acceptance sampling plans are among several techniques to control quality, primarily to accept or reject lots of finished products. In destructive products like bullets, batteries, bulbs, etc., these techniques are used so that 100% inspection is impossible. The paper considers CASP-CUSUM schemes under the assumption that the continuous variable under consideration follows a truncated Frechet Distribution. By considering its distribution, the Frechet Distribution plays an important role in Statistical Quality Control, specifically in estimating reliability. Based on numerical results, optimal CASP-CUSUM schemes are suggested.
Probability and Risk ModelsCASPCUSUMReliability (semiconductor)Computer scienceDistribution (mathematics)Quality (philosophy)MathematicsMathematical optimizationAlgorithmApplied mathematics
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References
Continuous Inspection Schemes
Biometrika · 1954 · 1,697 citations
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Optimization of CASP-CUSUM schemes based on truncated Frechet distribution using gauss-legendre integration method
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