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On the advantages of economically designed the Hotelling’s T2 control chart with variable sample sizes and sampling intervals
16 references·2 citing·36 second hop
On the advantages of economically designed the Hotelling’s T2 control chart with variable sample sizes and sampling intervals (2010)On the advantages of economically designe…Hotelling’s T2 control chart with double warning lines (2006)Hotelling’s T2 control chart …Economic design of variable sampling interval T2 control charts—A hybrid Markov Chain approach with genetic algorithms (2006)Economic design of variable s…Economic design of variable sampling intervals control charts using genetic algorithms (2005)Economic design of variable s…A comparison of T 2 control charts with variable sampling schemes as opposed to MEWMA chart (2003)A comparison of T 2 control c…Hotelling's T2control chart with variable sampling intervals (2001)Hotelling's T2control chart w…Economic design of X charts with variable parameters: The Markov chain approach (2001)Economic design of X charts w…Hotelling's T 2 control chart with adaptive sample sizes (1996)Hotelling's T 2 control chart…Economic Statistical Control-Chart Designs with an Application to X and R Charts (1989)Economic Statistical Control-…Economic Statistical Control-Chart Designs With an Application to and R Charts (1989)Economic Statistical Control-…Weaknesses of The Economic Design of Control Charts (1986)Weaknesses of The Economic De…The Economic Design of Control Charts: A Review and Literature Survey (1980)The Economic Design of Contro…Economic Design of T2 Control Charts to Maintain Current Control of a Process (1972)Economic Design of T2 Control…The Economic Design of X Charts Used to Maintain Current Control of a Process (1956)The Economic Design of X Char…The Economic Design of | barX Charts used to Maintain Current Control of a Process (1956)The Economic Design of | barX…On the Most Economical Sample Size for Controlling the Mean of a Population (1952)On the Most Economical Sample…Multivariate Quality Control-illustrated by the air testing of sample bombsights (1947)Multivariate Quality Control-…The robust economic statistical design of the Hotelling'sT2chart (2016)The robust economic statistic…The variable parameters T $$^{2}$$ 2 chart with run rules (2013)The variable parameters T $$^…Economic Design of Control Charts: A Literature Review for 1981–1991 (1994)Multi-objective control chart design optimization using NSGA-III and MOPSO enhanced with DEA and TOPSIS (2015)Journal of Industrial Engineering (2017)Economic control of quality of manufactured product (1932)Economic Control of Quality of Manufactured Product. (1932)Quality, productivity, and competitive position (1982)Monitoring the coefficient of variation: A literature review (2021)Quality Control Methods for Several Related Variables (1959)The Economic Design of -Charts When There is a Multiplicity of Assignable Causes (1971)Recent Developments in Control Chart Techniques (1975)Joint Economically Optimal Design of X and R Control Charts (1977)Multivariate Quality Control (2005)An Approach to the Probability Distribution of Cusum Run Length (1972)Multivariate Generalizations of Cumulative Sum Quality-Control Schemes (1988)A Multivariate Exponentially Weighted Moving Average Control Chart (1992)Statistical properties of the lsi multivariate control chart (1999)GENERALIZED VARIANCE CHART DESIGN WITH ADAPTIVE SAMPLE SIZES. THE BIVARIATE CASE (2001)Economic statistical design of a T2 control chart with double warning lines (2010)Japanese Manufacturing Techniques: Nine Hidden Lessons in Simplicity (1983)Control Charts Based on Attribute Data: Bibliography and Review (1997)The State of Statistical Process Control as We Proceed into the 21st Century (2000)Control Charts and Stochastic Processes (1959)The Economic Design of Control Charts: A Unified Approach (1986)Research Issues and Ideas in Statistical Process Control (1999)An exponentially weighted moving average scheme with variable sampling intervals for monitoring linear profiles (2010)Monitoring the Coefficient of Variation Using a Variable Sampling Interval Control Chart (2012)The computation of average run length and average time to signal: an overview (2013)A Rank-Based Multivariate CUSUM Procedure (2001)Wavelet-based multiscale statistical process monitoring: A literature review (2004)Multivariate Quality Control (2013)THE USE OF STATISTICAL PROCESS CONTROL AND DESIGN OF EXPERIMENTS IN PRODUCT AND PROCESS IMPROVEMENT (1992)Statistical Surveillance. Optimality and Methods (2003)A Distribution‐free Control Chart for the Joint Monitoring of Location and Scale (2011)ADAPTIVE SAMPLING ENHANCEMENTS FOR SHEWHART CONTROL CHARTS (1993)An imperfect production process in a volume flexible inventory model (2006)An enhanced adaptive CUSUM control chart (2009)
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References

  • 1956The Economic Design of X Charts Used to Maintain Current Control of a Process806 cited
  • 1947Multivariate Quality Control-illustrated by the air testing of sample bombsights471 cited
  • 1980The Economic Design of Control Charts: A Review and Literature Survey436 cited
  • 1989Economic Statistical Control-Chart Designs With an Application to and R Charts346 cited
  • 1956The Economic Design of | barX Charts used to Maintain Current Control of a Process312 cited
  • 1986Weaknesses of The Economic Design of Control Charts258 cited
  • 1989Economic Statistical Control-Chart Designs with an Application to X and R Charts167 cited
  • 1996Hotelling's T 2 control chart with adaptive sample sizes124 cited
  • 1972Economic Design of T2 Control Charts to Maintain Current Control of a Process114 cited
  • 2001Hotelling's T2control chart with variable sampling intervals113 cited
  • 2001Economic design of X charts with variable parameters: The Markov chain approach90 cited
  • 2003A comparison of T 2 control charts with variable sampling schemes as opposed to MEWMA chart75 cited
  • 2005Economic design of variable sampling intervals control charts using genetic algorithms67 cited
  • 2006Economic design of variable sampling interval T2 control charts—A hybrid Markov Chain approach with genetic algorithms

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51 cited
  • 1952On the Most Economical Sample Size for Controlling the Mean of a Population46 cited
  • 2006Hotelling’s T2 control chart with double warning lines41 cited
  • Cited by

    • 2013The variable parameters T $$^{2}$$ 2 chart with run rules12 cited
    • 2016The robust economic statistical design of the Hotelling'sT2chart11 cited