Part of the Physical Sciences and Mathematics Commons
Works by Steven E. Rigdon in Physical Sciences and Mathematics
2018
Performance Analysis of Exponentially Weighted Moving Average Charts When Parameters Are Estimated
Charles W. Champ
Method for Deriving Integral Equations Useful in Control Chart Performance Analysis
Charles W. Champ
Derivation of Integral Equations Useful in the Performance Evaluation of Various Control Charts
Charles W. Champ
2016
2015
Properties of the Markov-Dependent Attribute Control Chart with Estimated Parameters
Charles W. Champ
2007
2005
2004
Attribute Charts For Monitoring A Markov Process
Department of Mathematical Sciences Faculty Publications
2001
2000
Derivation of Integral Equations Useful in the Performance Evaluation of Various Control Charts
Department of Mathematical Sciences Faculty Publications
1998
1997
An Analysis of the Run Sum X Chart When No Standards Are Given
Department of Mathematical Sciences Faculty Publications
1995
Analysis of the Shewhart S-Chart with Runs Rules When No Standards Are Given
Department of Mathematical Sciences Faculty Publications
1994
A CUSUM Quality Control Chart Under 100% Sampling
Department of Mathematical Sciences Faculty Publications
1993
An Analysis of Shewhart Charts with Runs Rules When No Standards Are Given
Department of Mathematical Sciences Faculty Publications
1992
An Exponentially Weighted Moving Average Control Chart for Poisson Data
Department of Mathematical Sciences Faculty Publications
1991
A Comparison of the Markov Chain and the Integral Equation Approaches for Evaluating the Run Length Distribution of Quality Control Charts
Charles W. Champ
Analyzing a Generalized Control Chart When the Observations Are Exponentially Distributed
Charles W. Champ