Citations (70)
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Collen M. Motsepa, Jean-Claude Malela-Majika, Philippe Castagliola & Sandile C. Shongwe. (2023) Double sampling monitoring schemes: a literature review and some future research ideas. Communications in Statistics - Simulation and Computation 52:8, pages 3391-3419.
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Muhammad Imran, Jinsheng Sun, Fatima Sehar Zaidi, Zameer Abbas & Hafiz Zafar Nazir. (2023) On designing efficient multivariate exponentially weighted moving average control chart for compositional data using variable sample size. Journal of Statistical Computation and Simulation 93:10, pages 1622-1643.
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Mohammad Reza Maleki, Bahareh Shamseddin, Hossein Eghbali & Aliasghar Bazdar. (2023) The effect of gauge measurement errors on double sampling control chart. Communications in Statistics - Theory and Methods 52:8, pages 2702-2717.
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Faijun Nahar Mim, Michael B. C. Khoo, Sajal Saha & Khai Wah Khaw. (2023) A side-sensitive group runs median control chart with measurement errors. Communications in Statistics - Simulation and Computation 52:4, pages 1660-1678.
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XueLong Hu, YuLong Qiao, PanPan Zhou, JianLan Zhong & Shu Wu. (2023) Modified one-sided EWMA charts for monitoring time between events. Communications in Statistics - Simulation and Computation 52:3, pages 1041-1056.
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Mohammad Reza Maleki, Ali Salmasnia & Shayesteh Yarmohammadi Saber. (2022) The Performance of Triple Sampling X Control Chart with Measurement Errors. Quality Technology & Quantitative Management 19:5, pages 587-604.
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Faijun Nahar Mim, Michael B. C. Khoo, Sajal Saha & Philippe Castagliola. (2022) Revised triple sampling X̄ control charts for the mean with known and estimated process parameters. International Journal of Production Research 60:16, pages 4911-4935.
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Collen M. Motsepa, Jean-Claude Malela-Majika, Philippe Castagliola & Sandile C. Shongwe. (2022) A side-sensitive double sampling monitoring scheme with estimated process parameters. Communications in Statistics - Simulation and Computation 51:7, pages 3772-3808.
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J. C. Malela-Majika, C. M. Motsepa & M. A. Graham. (2021) A new double sampling control chart for monitoring an abrupt change in the process location. Communications in Statistics - Simulation and Computation 50:3, pages 917-935.
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Ming Ha Lee & Michael B. C. Khoo. (2019) Economic-statistical design of synthetic double sampling T2 chart. Communications in Statistics - Theory and Methods 48:23, pages 5862-5876.
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Ming Ha Lee & Michael B. C. Khoo. (2019) The economic and economic statistical designs of synthetic double sampling chart. Communications in Statistics - Simulation and Computation 48:8, pages 2313-2332.
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Quoc Thong Nguyen, Kim Phuc Tran, Philippe Castagliola, Giovanni Celano & Salim Lardjane. (2019) One-sided synthetic control charts for monitoring the multivariate coefficient of variation. Journal of Statistical Computation and Simulation 89:10, pages 1841-1862.
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Qiang Wan, Yongzhong Wu, Wenhui Zhou & Xiaohong Chen. (2018) Economic design of an integrated adaptive synthetic chart and maintenance management system. Communications in Statistics - Theory and Methods 47:11, pages 2625-2642.
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Sandile C. Shongwe & Marien A. Graham. (2018) A modified side-sensitive synthetic chart to monitor the process mean. Quality Technology & Quantitative Management 15:3, pages 328-353.
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Ming Ha Lee & Michael B. C. Khoo. (2017) Optimal design of synthetic np control chart based on median run length. Communications in Statistics - Theory and Methods 46:17, pages 8544-8556.
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Ming Ha Lee & Michael B. C. Khoo. (2017) Synthetic double sampling s chart. Communications in Statistics - Theory and Methods 46:12, pages 5914-5931.
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Ming Ha Lee & Michael B. C. Khoo. (2017) Optimal designs of multivariate synthetic |S| control chart based on median run length. Communications in Statistics - Theory and Methods 46:6, pages 3034-3053.
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Abdul Haq & Michael B.C. Khoo. (2016) A new synthetic control chart for monitoring process mean using auxiliary information. Journal of Statistical Computation and Simulation 86:15, pages 3068-3092.
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X.L. Hu, P. Castagliola, J.S. Sun & M.B.C. Khoo. (2016) Economic design of the upper-sided synthetic chart with measurement errors. International Journal of Production Research 54:19, pages 5651-5670.
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Michael B.C. Khoo, Eng Keng Tan, Zhi Lin Chong & Salah Haridy. (2015) Side-sensitive group runs double sampling (SSGRDS) chart for detecting mean shifts. International Journal of Production Research 53:15, pages 4735-4753.
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Ming Ha Lee & Michael B. C. Khoo. (2015) Multivariate Synthetic |S| Control Chart with Variable Sampling Interval. Communications in Statistics - Simulation and Computation 44:4, pages 924-942.
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Marcela A. G. Machado & Antonio F. B. Costa. (2014) Some Comments Regarding the Synthetic Chart. Communications in Statistics - Theory and Methods 43:14, pages 2897-2906.
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Marcela A.G. Machado & Antonio F.B. Costa. (2014) A side-sensitive synthetic chart combined with an chart. International Journal of Production Research 52:11, pages 3404-3416.
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MingHa Lee & MichaelB. C. Khoo. (2014) The Synthetic Mean Square Error Control Chart. Communications in Statistics - Simulation and Computation 43:6, pages 1523-1542.
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Maria
E. Calzada & Stephen
M. Scariano. (2013) A synthetic control chart for the coefficient of variation. Journal of Statistical Computation and Simulation 83:5, pages 853-867.
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Articles from other publishers (45)
Moi Hua Tuh, Cynthia Mui Lian Kon, Hong Siang Chua, Man Fai Lau & Yee Hui Robin Chang. (2023) Evaluating the Performance of Synthetic Double Sampling np Chart Based on Expected Median Run Length. Mathematics 11:3, pages 595.
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Marcela Machado, Antonio Costa & Felipe Domingues Simões. (2023) Monitoring bivariate processes with synthetic control charts based on sample ranges. Gestão & Produção 30.
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Moi Hua Tuh, Cynthia Mui Lian Kon, Hong Siang Chua & Man Fai Lau. (2022) Optimal statistical design of the double sampling np chart based on expected median run length. Frontiers in Applied Mathematics and Statistics 8.
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Bing Yao, Yun Chen & Hui Yang. (2022) Constrained Markov Decision Process Modeling for Optimal Sensing of Cardiac Events in Mobile Health. IEEE Transactions on Automation Science and Engineering 19:2, pages 1017-1029.
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XueLong Hu, AnAn Tang, YuLong Qiao, JinSheng Sun & BaoCai Guo. (2020) On the conditional performance of the synthetic chart with unknown process parameters using the exceedance probability criterion. PLOS ONE 15:10, pages e0239538.
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Yulong Qiao, Xuelong Hu, Jinsheng Sun, Qin Xu & Jianshou Kong. (2020) Optimal Design of One-sided Synthetic Exponential Charts with Known and Estimated Parameters Based on the Median Run Length. Optimal Design of One-sided Synthetic Exponential Charts with Known and Estimated Parameters Based on the Median Run Length.
XueLong Hu, Philippe Castagliola, AnAn Tang, XiaoJian Zhou & PanPan Zhou. (2020) Conditional median run length performance of the synthetic X¯ chart with unknown process parameters. Quality and Reliability Engineering International 36:3, pages 1111-1131.
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Abdul Haq & Michael Boon Chong Khoo. (2019) A synthetic double sampling control chart for process mean using auxiliary information. Quality and Reliability Engineering International 35:6, pages 1803-1825.
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Phuong Hanh Tran, Kim Phuc Tran & Athanasios Rakitzis. (2019) A Synthetic median control chart for monitoring the process mean with measurement errors. Quality and Reliability Engineering International 35:4, pages 1100-1116.
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Athanasios C. Rakitzis, Subhabrata Chakraborti, Sandile C. Shongwe, Marien A. Graham & Michael Boon Chong Khoo. (2019) An overview of synthetic‐type control charts: Techniques and methodology. Quality and Reliability Engineering International.
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Jean-Claude Malela-Majika. (2019) Modified side-sensitive synthetic double sampling monitoring scheme for simultaneously monitoring the process mean and variability. Computers & Industrial Engineering 130, pages 798-814.
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Esmeralda Ramírez-Méndez, Mario Cantu-Sifuentes, David Salvador González-González, Argelia Fabiola Miranda-Pérez & Rolando Javier Praga-Alejo. (2018) A Multi-attribute Control Chart for Monitoring Friction Stir Welding Process Considering Small Sample Sizes. Soldagem & Inspeção 23:4, pages 474-484.
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K. P. Tran, H. D. Nguyen, Q. T. Nguyen & W. Chattinnawat. (2018) One-Sided Synthetic Control Charts for Monitoring the Coefficient of Variation with Measurement Errors. One-Sided Synthetic Control Charts for Monitoring the Coefficient of Variation with Measurement Errors.
XueLong Hu, Philippe Castagliola, YiZhong Ma & Weidong Huang. (2018) Guaranteed in-control performance of the synthetic
X¯ chart with estimated parameters. Quality and Reliability Engineering International 34:5, pages 759-771.
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Huay Woon You. (2018) Performance of Synthetic Double Sampling Chart with Estimated Parameters Based on Expected Average Run Length. Journal of Probability and Statistics 2018, pages 1-6.
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Nger Ling Chong, Michael Boon Chong Khoo, Zhi Lin Chong & Wei Lin Teoh. (2018) A study on the run length properties of the side sensitive group runs double sampling (SSGRDS) control chart. MATEC Web of Conferences 192, pages 01005.
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Z. L. Chong, M. B. C. Khoo, W. L. Teoh, W. C. Yeong & S. Y. Teh. (2017) Group Runs Double Sampling np Control Chart for Attributes. Journal of Testing and Evaluation 45:6, pages 20160226.
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W.L. Teoh, S.K. Chuah, Michael B.C. Khoo, Philippe Castagliola & W.C. Yeong. (2017) Optimal designs of the synthetic t chart with estimated process mean. Computers & Industrial Engineering 112, pages 409-425.
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Michael B. C. Khoo, J. L. Khoo, W. C. Yeong & W. L. Teoh. (2016) A comparative study between the variable sampling interval X and Double Sampling X Charts. A comparative study between the variable sampling interval X and Double Sampling X Charts.
Abdul Haq, Jennifer Brown & Elena Moltchanova. (2016) New Synthetic EWMA and Synthetic CUSUM Control Charts for Monitoring the Process Mean. Quality and Reliability Engineering International 32:1, pages 269-290.
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Shucheng Yu, Qiang Wan, Zhenghong Wei & Tianbo Tang. (2016)
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Antonio F.B. Costa & Marcela A.G. Machado. (2016)
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XueLong Hu, Philippe Castagliola, Jinsheng Sun & Michael B.C. Khoo. (2015) The Effect of Measurement Errors on the Synthetic x̄ Chart. Quality and Reliability Engineering International 31:8, pages 1769-1778.
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Abdul Haq, Jennifer Brown & Elena Moltchanova. (2015) New Synthetic Control Charts for Monitoring Process Mean and Process Dispersion. Quality and Reliability Engineering International 31:8, pages 1305-1325.
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Baocai Guo, Bing Xing Wang & Yuan Cheng. (2015) Optimal design of a synthetic chart for monitoring process dispersion with unknown in-control variance. Computers & Industrial Engineering 88, pages 78-87.
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W. L. Teoh, Michael B. C. Khoo, Philippe Castagliola & S. Chakraborti. (2015) A median run length-based double-sampling X ¯ $$ \overline{X} $$ chart with estimated parameters for minimizing the average sample size. The International Journal of Advanced Manufacturing Technology 80:1-4, pages 411-426.
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Linda Lee Ho & Antonio Costa. (2015) Attribute Charts for Monitoring the Mean Vector of Bivariate Processes. Quality and Reliability Engineering International 31:4, pages 683-693.
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Lei Yong Lee, Michael Boon Chong Khoo, Sin Yin Teh & Ming Ha Lee. (2015) A Variable Sampling Interval Synthetic Xbar Chart for the Process Mean. PLOS ONE 10:5, pages e0126331.
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Xuelong Hu & Jinsheng Sun. (2015) Synthetic X chart for AR(1) autocorrelated processes. Synthetic X chart for AR(1) autocorrelated processes.
Antonio Fernando Branco Costa & Marcela Aparecida Guerreiro Machado. (2015) The steady-state behavior of the synthetic and side-sensitive synthetic double sampling X¯ charts. Quality and Reliability Engineering International 31:2, pages 297-303.
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Huay Woon You, Michael Boon Chong Khoo & Sin Yin Teh. A study on the performance of synthetic type charts when process parameters are estimated. A study on the performance of synthetic type charts when process parameters are estimated.
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Ming Ha Lee, Michael B. C. Khoo & Min Xie. (2014) An Optimal Control Procedure based on Multivariate Synthetic Cumulative Sum. Quality and Reliability Engineering International 30:7, pages 1049-1058.
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Zhi Lin Chong, Michael B.C. Khoo & Philippe Castagliola. (2014) Synthetic double sampling np control chart for attributes. Computers & Industrial Engineering 75, pages 157-169.
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Manuel do Carmo, Paulo Infante & Jorge M Mendes. (2014) A different and simple approach for comparing sampling methods in quality control. International Journal of Quality & Reliability Management 31:5, pages 478-499.
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W.L. Teoh, Michael B.C. Khoo, Philippe Castagliola & S. Chakraborti. (2014) Optimal design of the double sampling chart with estimated parameters based on median run length. Computers & Industrial Engineering 67, pages 104-115.
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Antônio F.B. Costa & Marcela A.G. Machado. (2013) A single chart with supplementary runs rules for monitoring the mean vector and the covariance matrix of multivariate processes. Computers & Industrial Engineering 66:2, pages 431-437.
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Wei Lin Teoh, Michael B. C. Khoo & Sin Yin Teh. (2013) Optimal Designs of the Median Run Length Based Double Sampling X̄ Chart for Minimizing the Average Sample Size. PLoS ONE 8:7, pages e68580.
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Michael B.C. Khoo, W.L. Teoh, Philippe Castagliola & M.H. Lee. (2013) Optimal designs of the double sampling X¯ chart with estimated parameters. International Journal of Production Economics 144:1, pages 345-357.
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Pei-Hsi Lee. (2013) Joint statistical design of and s charts with combined double sampling and variable sampling interval. European Journal of Operational Research 225:2, pages 285-297.
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Michael B.C. Khoo, Zhang Wu, Philippe Castagliola & H.C. Lee. (2013) A multivariate synthetic double sampling T2 control chart. Computers & Industrial Engineering 64:1, pages 179-189.
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Wai Chung Yeong, Michael B. C. Khoo, Zhang Wu & Philippe Castagliola. (2011) Economically Optimum Design of a Synthetic Chart. Quality and Reliability Engineering International 28:7, pages 725-741.
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Salah Haridy, Zhang Wu, Michael B.C. Khoo & Fong-Jung Yu. (2012) A combined synthetic and np scheme for detecting increases in fraction nonconforming. Computers & Industrial Engineering 62:4, pages 979-988.
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Wei Lin Teoh & Michael B. C. Khoo. (2012) Optimal Design of the Double Sampling X Chart Based on Median Run Length. International Journal of Chemical Engineering and Applications, pages 303-306.
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