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Journal of Quality Technology
A Quarterly Journal of Methods, Applications and Related Topics
Volume 31, 1999 - Issue 4
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Articles

Joint X̄ and R Charts with Variable Sample Sizes and Sampling Intervals

Antonio F. B. CostaUNESP—São Paulo State University, Guaratinguetá, Brazil12500-000View further author information
Pages 387-397 | Published online: 20 Feb 2018

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Sajal Saha, Michael B. C. Khoo, Ming Ha Lee & Abdul Haq. (2019) A variable sample size and sampling interval control chart for monitoring the process mean using auxiliary information. Quality Technology & Quantitative Management 16:4, pages 389-406.
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Reza Pourtaheri. (2017) Three-level control charts with variable sample size, sampling interval, and control limits. Communications in Statistics - Theory and Methods 46:4, pages 1927-1940.
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Salah Haridy, Yanjing Ou, Zhang Wu & Michael B. C. Khoo. (2016) A single X chart outperforming the joint X & R and X & S charts for monitoring mean and variance. Quality Technology & Quantitative Management 13:3, pages 289-308.
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Moutushi Chatterjee & Ashis Kumar Chakraborty. (2015) Distributions and Process Capability Control Charts for C and C Using Subgroup Information. Communications in Statistics - Theory and Methods 44:20, pages 4333-4353.
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Chau-Chen Torng, Sheng-Pei Chung & Yi-Chun Chen. (2014) An economic-statistical design of the joint and S control charts with double sampling and variable sampling intervals. Journal of Industrial and Production Engineering 31:7, pages 452-457.
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George Nenes, Philippe Castagliola, Giovanni Celano & Sofia Panagiotidou. (2014) The variable sampling interval control chart for finite-horizon processes. IIE Transactions 46:10, pages 1050-1065.
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Salah Haridy, Zhang Wu, Ka Man Lee & M. Abdur Rahim. (2014) An attribute chart for monitoring the process mean and variance. International Journal of Production Research 52:11, pages 3366-3380.
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Tsen-I Kuo & Pei-Hsi Lee. (2013) Design of adaptive s control charts. Journal of Statistical Computation and Simulation 83:11, pages 2002-2014.
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Chih-Ching Yang & Su-Fen Yang. (2013) Optimal variable sample size and sampling interval ‘mean squared error’ chart. The Service Industries Journal 33:6, pages 652-665.
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Yu-Ting Cheng, Chih-Ching Yang & Sou-Chein Wu. (2013) Optimal Variable Sample Size and Sampling Interval MSE Chart Based on Improved Square Root Transformation. Communications in Statistics - Simulation and Computation 42:3, pages 534-551.
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ShashibhushanB. Mahadik. (2012) Exact Results for Variable Sampling Interval Shewhart Control Charts with Runs Rules for Switching Between Sampling Interval Lengths. Communications in Statistics - Theory and Methods 41:24, pages 4453-4469.
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Roberto Quinino, A. Costa & Linda Lee Ho. (2012) A Single Statistic for Monitoring the Covariance Matrix of Bivariate Processes. Quality Engineering 24:3, pages 423-430.
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Pei-Hsi Lee & Cheng-Shih Lin. (2012) Adaptive Max charts for monitoring process mean and variability. Journal of the Chinese Institute of Industrial Engineers 29:3, pages 193-205.
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Pei-Hsi Lee, Yi-Chia Chang & Chau-Chen Torng. (2012) A Design of s Control Charts with a Combined Double Sampling and Variable Sampling Interval Scheme. Communications in Statistics - Theory and Methods 41:1, pages 153-165.
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Athanasios C. Rakitzis & Demetrios L. Antzoulakos. (2011) On the improvement of one-sided S control charts. Journal of Applied Statistics 38:12, pages 2839-2858.
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Antonio F. B. Costa, Maysa S. de Magalhães & Eugenio K. Epprecht. (2009) Monitoring the process mean and variance using a synthetic control chart with two-stage testing. International Journal of Production Research 47:18, pages 5067-5086.
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ShashibhushanB. Mahadik & DigambarT. Shirke. (2009) A Special Variable Sample Size and Sampling Interval Chart. Communications in Statistics - Theory and Methods 38:8, pages 1284-1299.
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Yu-Chang Lin. (2009) The Variable Parameters Control Charts for Monitoring Autocorrelated Processes. Communications in Statistics - Simulation and Computation 38:4, pages 729-749.
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AntonioF. B. Costa & MarcelaA. G. Machado. (2008) A New Chart for Monitoring the Covariance Matrix of Bivariate Processes. Communications in Statistics - Simulation and Computation 37:7, pages 1453-1465.
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A. F.B. Costa & M. A.G. Machado. (2008) Bivariate control charts with double sampling. Journal of Applied Statistics 35:7, pages 809-822.
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Chao-Yu Chou, Chin-Chun Wu & Chung-Ho Chen. (2006) Joint Economic Design of Variable Sampling Intervals (X) and R Charts Using Genetic Algorithms. Communications in Statistics - Simulation and Computation 35:4, pages 1027-1043.
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Sheng Zhang & Zhang Wu. (2006) Monitoring the process mean and variance using a weighted loss function CUSUM scheme with variable sampling intervals. IIE Transactions 38:4, pages 377-387.
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Zhang Wu, Yu Tian & Sheng Zhang. (2005) Adjusted-loss-function charts with variable sample sizes and sampling intervals. Journal of Applied Statistics 32:3, pages 221-242.
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Yu-Chang Lin & Chao-Yu Chou. (2005) Robustness of the Variable Sample Size and Control Limit ¯X Chart to Non Normality. Communications in Statistics - Theory and Methods 34:3, pages 721-743.
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Yee Cheong Lam , M. Shamsuzzaman, Sheng Zhang & Zhang Wu. (2005) Integrated control chart system—optimization of sample sizes, sampling intervals and control limits. International Journal of Production Research 43:3, pages 563-582.
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MaysaS. De Magalhães, AntonioF. B. Costa & EugenioK. Epprecht. (2002) Constrained optimization model for the design of an adaptive X chart. International Journal of Production Research 40:13, pages 3199-3218.
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Francisco Aparisi, José Jabaloyes & Andrés Carrión. (2001) GENERALIZED VARIANCE CHART DESIGN WITH ADAPTIVE SAMPLE SIZES. THE BIVARIATE CASE. Communications in Statistics - Simulation and Computation 30:4, pages 931-948.
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AntonioF. B. Costa & M. A. Rahim. (2001) Economic design of X charts with variable parameters: The Markov chain approach. Journal of Applied Statistics 28:7, pages 875-885.
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Antonio F. B. Costa. (1999) X̄ Charts with Variable Parameters. Journal of Quality Technology 31:4, pages 408-416.
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Pei-Hsi Lee, Yi-Hsien Huang, Tsen-I Kuo & Ching-Cheng Wang. (2011) The effect of the individual chart with variable control limits on the river pollution monitoring. Quality & Quantity 47:4, pages 1803-1812.
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