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Statistical Reason for the 1.5σShift
4 references·10 citing·33 second hop
Statistical Reason for the 1.5σShift (2002)Statistical Reason for the 1.5σShiftAdvanced Topics in Statistical Process Control: The Power of Shewhart's Charts (1996)Advanced Topics in Statistica…Six Sigma Producibility Analysis and Process Characterization (1994)Six Sigma Producibility Analy…Introduction to Statistical Quality Control (1992)Introduction to Statistical Q…Statistical Quality Control (1990)Statistical Quality ControlModified processes capability assessment with dynamic mean shift (2020)Modified processes capability…Six sigma for gamma-distributed processes: a case study in oil and gas (2018)Six sigma for gamma-distribut…Evaluating Six Sigma failure rate for inverse Gaussian cycle times (2016)Evaluating Six Sigma failure …Capability Assessment for Weibull In-Cell Touch Panel Manufacturing Processes With Variance Change (2014)Capability Assessment for Wei…Capability measures for Weibull processes with mean shift based on Erto's-Weibull control chart (2011)Capability measures for Weibu…Accessing Manufacturing Yield for Gamma Wafer Sawing Processes in COG Packaging (2011)Accessing Manufacturing Yield…Measuring Manufacturing Yield for Gold Bumping Processes Under Dynamic Variance Change (2010)Measuring Manufacturing Yield…Supplier selection for one-sided processes with unequal sample sizes (2008)Supplier selection for one-si…Advanced multi-process performance analysis chart for an entire product with joint confidence regions (2006)Advanced multi-process perfor…Goal setting with Six Sigma mean shift determination (2004)Goal setting with Six Sigma m…Quality Control and Industrial Statistics. (1967)Manufacturing Strategy: A Methodology and an Illustration (1985)The Economic Design of Control Charts: A Unified Approach (1986)Introduction to Statistical Quality Control (1987)Process Capability Indices (1986)A New Measure of Process Capability:Cpm (1988)Process Capability Indices. (1995)Two-phase selection framework that considers production costs of suppliers and quality requirements of buyers (2019)Selecting an optimal contractor for production outsourcing: a case study of gear grinding (2020)Developing a Novel Fuzzy Evaluation Model by One-Sided Specification Capability Indices (2021)Understanding Statistical Process Control (1986)Understanding Statistical Process Control (1993)Monitoring process variability using auxiliary information (2007)A process variability control chart (2008)Bridging the gap between theory and practice in basic statistical process monitoring (2016)Distributional and Inferential Properties of Process Capability Indices (1992)A Bootstrap Control Chart for Weibull Percentiles (2005)Nonparametric Control Charts: An Overview and Some Results (2001)Key ingredients for the effective implementation of Six Sigma program (2002)Four decades of lean: a systematic literature review (2012)Mediating Role of the Six Sigma Implementation Strategy and Investment in Human Resources in Economic Success and Sustainability (2018)Aplicação do programa Seis Sigma no Brasil: resultados de um levantamento tipo survey exploratório-descritivo e perspectivas para pesquisas futuras (2007)Outcomes from a descriptive survey of Six Sigma management practices in Brazil (2010)Benchmarking the use of tools and techniques in the Six Sigma programme based on a survey conducted in a developing country (2012)Science, Specific Knowledge and Total Quality Management (1994)The Role of Statistical Design of Experiments in Six Sigma: Perspectives of a Practitioner (2002)Fortification of Six Sigma: expanding the DMAIC toolset (2007)Group selection for production yield among k manufacturing lines (2010)Fuzzy process capability indices with asymmetric tolerances (2011)Construction of closed interval for process capability indicesCpu,Cpl, andSpkbased on Boole’s inequality and de Morgan’s laws (2016)Time-Series Modeling for Statistical Process Control (1988)Statistical process control as a tool for research and healthcare improvement (2003)Data quality for data science, predictive analytics, and big data in supply chain management: An introduction to the problem and suggestions for research and applications (2014)
this work references cited by second hop

References

  • 1992Introduction to Statistical Quality Control7,842 cited
  • 1990Statistical Quality Control885 cited
  • 1996Advanced Topics in Statistical Process Control: The Power of Shewhart's Charts82 cited
  • 1994Six Sigma Producibility Analysis and Process Characterization74 cited

Cited by

  • 2008Supplier selection for one-sided processes with unequal sample sizes31 cited
  • 2004Goal setting with Six Sigma mean shift determination21 cited
  • 2006Advanced multi-process performance analysis chart for an entire product with joint confidence regions18 cited
  • 2011Capability measures for Weibull processes with mean shift based on Erto's-Weibull control chart14 cited
  • 2014Capability Assessment for Weibull In-Cell Touch Panel Manufacturing Processes With Variance Change13 cited
  • 2016Evaluating Six Sigma failure rate for inverse Gaussian cycle times13 cited
  • 2010Measuring Manufacturing Yield for Gold Bumping Processes Under Dynamic Variance Change13 cited
  • 2020Modified processes capability assessment with dynamic mean shift8 cited
  • 2011Accessing Manufacturing Yield for Gamma Wafer Sawing Processes in COG Packaging8 cited
  • 2018Six sigma for gamma-distributed processes: a case study in oil and gas8 cited

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