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Journal of Quality Technology
A Quarterly Journal of Methods, Applications and Related Topics
Volume 25, 1993 - Issue 3
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Articles

Shewhart-Type Control Charts for Individual Observations

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Pages 188-198 | Published online: 21 Feb 2018

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Read on this site (29)

Rob Goedhart & William H. Woodall. (2022) Monitoring proportions with two components of common cause variation. Journal of Quality Technology 54:3, pages 324-337.
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Murat Atalay, Murat Caner Testik, Serhan Duran & Christian H. Weiß. (2020) Guidelines for automating Phase I of control charts by considering effects on Phase-II performance of individuals control chart. Quality Engineering 32:2, pages 223-243.
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Rob Goedhart, Michele M. da Silva, Marit Schoonhoven, Eugenio K. Epprecht, Subha Chakraborti, Ronald J. M. M. Does & Álvaro Veiga. (2017) Shewhart control charts for dispersion adjusted for parameter estimation. IISE Transactions 49:8, pages 838-848.
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Rob Goedhart, Marit Schoonhoven & Ronald J. M. M. Does. (2017) Guaranteed In-Control Performance for the Shewhart X and X Control Charts. Journal of Quality Technology 49:2, pages 155-171.
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Yuhui Chen & Timothy Hanson. (2017) Semiparametric regression control charts. Journal of Statistical Theory and Practice 11:1, pages 126-144.
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W. John Braun & Dongryeon Park. (2008) Estimation of σ for Individuals Charts. Journal of Quality Technology 40:3, pages 332-344.
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E. Schechtman, G. Bandner & S. Meginy. (2007) Detecting a change in a scale parameter – a combination of SPC and change point procedures. International Journal of Production Research 45:23, pages 5535-5545.
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Willem Albers & WilbertC. M. Kallenberg. (2007) Shewhart Control Charts in New Perspective. Sequential Analysis 26:2, pages 123-151.
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RoxanaA. Ion & ChrisA. J. Klaassen. (2005) Non-parametric Shewhart control charts. Journal of Nonparametric Statistics 17:8, pages 971-988.
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Dewi Rahardja. (2005) X-Charts versus X / MR Chart Combinations: IID Cases and Non-IID Cases. Quality Engineering 17:2, pages 189-196.
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Douglas M. Hawkins & K. D. Zamba. (2005) A Change-Point Model for a Shift in Variance. Journal of Quality Technology 37:1, pages 21-31.
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Samineni S. R. Prasad & Bikash Bhadury. (2004) Robustness of measures of common cause sigma in presence of data correlation . Journal of Statistical Computation and Simulation 74:5, pages 313-338.
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Jeroen de Mast & Kit C. B. Roes. (2004) Robust Individuals Control Chart for Exploratory Analysis. Quality Engineering 16:3, pages 407-421.
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Maria E. Calzada & Stephen M. Scariano. (2004) Average Run Length Computations for the Three-Way Chart. Communications in Statistics - Simulation and Computation 33:2, pages 505-524.
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P. E. Maravelakis, J. Panaretos & S. Psarakis. (2002) EFFECT OF ESTIMATION OF THE PROCESS PARAMETERS ON THE CONTROL LIMITS OF THE UNIVARIATE CONTROL CHARTS FOR PROCESS DISPERSION. Communications in Statistics - Simulation and Computation 31:3, pages 443-461.
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Marion R. Reynolds$suffix/text()$suffix/text() & Zachary G. Stoumbos. (2001) Individuals control schemes for monitoring the mean and variance of processes subject to drifts. Stochastic Analysis and Applications 19:5, pages 863-892.
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Cleveland D. Turner$suffix/text()$suffix/text(), Joe H. Sullivan, Robert G. Batson & William H. Woodall. (2001) A Program for Retrospective Change-Point Analysis of Individual Observations. Journal of Quality Technology 33:2, pages 242-257.
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Marion R. Reynolds$suffix/text()$suffix/text() & Zachary G. Stoumbos. (2001) Monitoring the Process Mean and Variance Using Individual Observations and Variable Sampling Intervals. Journal of Quality Technology 33:2, pages 181-205.
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Alex J. Koning & Ronald J. M. M. Does. (2000) CUSUM Charts for Preliminary Analysis of Individual Observations. Journal of Quality Technology 32:2, pages 122-132.
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Raid W. Amin & Ronald A. Ethridge. (1998) A Note on Individual and Moving Range Control Charts. Journal of Quality Technology 30:1, pages 70-74.
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Russell A. Boyles. (1997) Estimating Common-Cause Sigma in the Presence of Special Causes. Journal of Quality Technology 29:4, pages 381-395.
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Susan L. Albin, Lan Kang & Gerald Shea. (1997) An X and EWMA Chart for Individual Observations. Journal of Quality Technology 29:1, pages 41-48.
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S. R. Adke & X. Hong. (1997) A Supplementary Test Based on the Control Chart for Individuals. Journal of Quality Technology 29:1, pages 16-20.
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Joe H. Sullivan & William H. Woodall. (1996) A Comparison of Multivariate Control Charts for Individual Observations. Journal of Quality Technology 28:4, pages 398-408.
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Joe H. Sullivan & William H. Woodall. (1996) A Control Chart for Preliminary Analysis of Individual Observations. Journal of Quality Technology 28:3, pages 265-278.
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DonaldS. Holmes & A. Erhan Mergen. (1995) Identifying the Sources for Out-of-COntrol Signals When the T2 Control Chart Is Used. Quality Engineering 8:1, pages 137-143.
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Kit C. B. Roes & Ronald J. M. M. Does. (1995) Shewhart-Type Charts in Nonstandard Situations. Technometrics 37:1, pages 15-24.
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Steven E. Rigdon, Emma N. Cruthis & Charles W. Champ. (1994) Design Strategies for Individuals and Moving Range Control Charts. Journal of Quality Technology 26:4, pages 274-287.
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Lloyd S. Nelson. (1994) Understanding Variation, The Key to Managing Chaos. Journal of Quality Technology 26:2, pages 152-152.
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Kooi Huat Ng, Kok Haur Ng & Jeng Young Liew. (2021) Change point detection in process control with robust individuals control chart. ITM Web of Conferences 36, pages 01006.
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Murat Caner Testik, Ozge Kara & Sven Knoth. (2020) An algorithmic approach to outlier detection and parameter estimation in Phase I for designing Phase II EWMA control chart. Computers & Industrial Engineering 144, pages 106440.
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Leo C.E. Huberts, Marit Schoonhoven, Rob Goedhart, Mandla D. Diko & Ronald J.M.M. Does. (2018) The performance of control charts for large non‐normally distributed datasets. Quality and Reliability Engineering International 34:6, pages 979-996.
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Qurat‐Ul‐Ain Khaliq, Muhammad Riaz & Farrokh Alemi. (2014) Performance of Tukey's and Individual/Moving Range Control Charts. Quality and Reliability Engineering International 31:6, pages 1063-1077.
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Donald K. Lewis. 2014. Wiley StatsRef: Statistics Reference Online. Wiley StatsRef: Statistics Reference Online.
Saddam Akber Abbasi & Arden Miller. (2011) On Proper Choice of Variability Control Chart for Normal and Non‐normal Processes. Quality and Reliability Engineering International 28:3, pages 279-296.
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Thomas P. Ryan. 2011. Statistical Methods for Quality Improvement. Statistical Methods for Quality Improvement 157 180 .
Bin Nie, Liu Qiang, Liao Dan & Ding Jing. (2010) Statistical Process Control based on state space model. Statistical Process Control based on state space model.
Petra Macaskill. 2008. Evidence‐based Medical Monitoring. Evidence‐based Medical Monitoring 90 102 .
Donald K. Lewis. 2007. Encyclopedia of Statistics in Quality and Reliability. Encyclopedia of Statistics in Quality and Reliability.
Yi Dai, Zhao-jun Wang & Chang-liang Zou. (2007) CUSUM control charts based on likelihood ratio for preliminary analysis. Science in China Series A: Mathematics 50:1, pages 47-62.
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Albert Trip & Jaap E. Wieringa. (2005) Individuals Charts and Additional Tests for Changes in Spread. Quality and Reliability Engineering International 22:3, pages 239-249.
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Zachary G. Stoumbos & Marion R. Reynolds Jr.. (2005) Economic statistical design of adaptive control schemes for monitoring the mean and variance: An application to analyzers. Nonlinear Analysis: Real World Applications 6:5, pages 817-844.
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Christopher T. Gray, Peter J. Zemroch & Derek Mackney. Developing a Precision and Severity Monitoring System for CEC Performance Tests. Developing a Precision and Severity Monitoring System for CEC Performance Tests.
F. F. Gan, K. W. Ting & T. C. Chang. (2004) Interval Charting Schemes for Joint Monitoring of Process Mean and Variance. Quality and Reliability Engineering International 20:4, pages 291-303.
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M. B. (Thijs) Vermaat, Roxana A. Ion, Ronald J. M. M. Does & Chris A. J. Klaassen. (2003) A Comparison of Shewhart Individuals Control Charts Based on Normal, Non‐parametric, and Extreme‐value Theory. Quality and Reliability Engineering International 19:4, pages 337-353.
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A. de Vries & B.J. Conlin. (2003) Design and Performance of Statistical Process Control Charts Applied to Estrous Detection Efficiency. Journal of Dairy Science 86:6, pages 1970-1984.
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M.Pilar Callao & A. Rius. (2003) Time series: a complementary technique to control charts for monitoring analytical systems. Chemometrics and Intelligent Laboratory Systems 66:1, pages 79-87.
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Zachary G. Stoumbos, Marion R. ReynoldsJr.Jr. & William H. Woodall. 2003. Statistics in Industry. Statistics in Industry 553 571 .
Kit C. B. Roes, Ronald J. M. M. Does & Bas S. Jonkers. (1999) Effective application ofQ(R) charts in low-volume manufacturing. Quality and Reliability Engineering International 15:3, pages 175-190.
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Ronald J. M. M. Does, Kit C. B. Roes & Albert Trip. (1999) Handling multivariate problems with univariate control charts. Journal of Chemometrics 13:3-4, pages 353-369.
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A. Rius, I. Ruisánchez, M.P. Callao & F.X. Rius. (1998) Reliability of analytical systems: use of control charts, time series models and recurrent neural networks (RNN). Chemometrics and Intelligent Laboratory Systems 40:1, pages 1-18.
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O.O. Atienza, L.C. Tang & B.W. Ang. (1997) ARL properties of a sample autocorrelation chart. Computers & Industrial Engineering 33:3-4, pages 733-736.
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O.O. Atienza, B.W. Ang & L.C. Tang. (1997) Statistical process control and forecasting. International Journal of Quality Science 2:1, pages 37-51.
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R. J. M. M. Does & K. C. B. Roes. (2008) Industrial statistics and its recent contributions to total quality in the Netherlands. Statistica Neerlandica 50:1, pages 27-51.
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Joanne M. Sulek, Mary R. Lin & Ann S. Marucheck. (1995) Assessing the outcomes of quality improvement interventions. International Journal of Quality & Reliability Management 12:9, pages 170-182.
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Donald S. Holmes & A. Erhan Mergen. (2007) An alternative method to test for randomness of a process. Quality and Reliability Engineering International 11:3, pages 171-174.
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