Implementation of the Shewhart, CUSUM, and EWMA charts requires estimates of the in-control process parameters. Many researchers have shown that estimation error strongly influences the performance of these charts. However, a given amount of estimation error may differ in effect across charts. Therefore, we perform a pairwise comparison of the effect of estimation error across these charts. We conclude that the Shewhart chart is more strongly affected by estimation error than the CUSUM and EWMA charts. Furthermore, we show that the general belief that the CUSUM and EWMA charts have similar performance no longer holds under estimated parameters
Control charts are extensively used in processes and are very helpful in determining the special cau...
International audienceMonitoring the ratio between two random normal variables plays an important ro...
無In this article, a two-step process is considered to investigate the effects of measurement errors ...
When in-control process parameters are estimated, this can have a substantial effect on the control ...
Shewhart and EWMA control charts can be suitably combined to obtain a simple monitoring scheme se...
The influence of the estimation of parameters in Shewhart control charts is investigated. It is show...
The influence of the estimation of parameters in Shewhart control charts is investigated. It is show...
Parameter estimation has a large impact on control chart performance. Recently, widened control limi...
The accuracy of the measurement system is vital for reliable process monitoring using statistical pr...
When designing control charts the in‐control parameters are unknown, so the control limits have to b...
International audienceIn the literature, coefficient of variation control charts have been introduce...
peer reviewedIn the literature, coefficient of variation control charts have been introduced under t...
Monitoring algorithms, such as the Shewhart and Cusum control charts, are often used for monitoring ...
The control chart is an important statistical technique that is used to monitor the quality of a pro...
Monitoring algorithms, such as the Shewhart and Cusum control charts, are often used in environmenta...
Control charts are extensively used in processes and are very helpful in determining the special cau...
International audienceMonitoring the ratio between two random normal variables plays an important ro...
無In this article, a two-step process is considered to investigate the effects of measurement errors ...
When in-control process parameters are estimated, this can have a substantial effect on the control ...
Shewhart and EWMA control charts can be suitably combined to obtain a simple monitoring scheme se...
The influence of the estimation of parameters in Shewhart control charts is investigated. It is show...
The influence of the estimation of parameters in Shewhart control charts is investigated. It is show...
Parameter estimation has a large impact on control chart performance. Recently, widened control limi...
The accuracy of the measurement system is vital for reliable process monitoring using statistical pr...
When designing control charts the in‐control parameters are unknown, so the control limits have to b...
International audienceIn the literature, coefficient of variation control charts have been introduce...
peer reviewedIn the literature, coefficient of variation control charts have been introduced under t...
Monitoring algorithms, such as the Shewhart and Cusum control charts, are often used for monitoring ...
The control chart is an important statistical technique that is used to monitor the quality of a pro...
Monitoring algorithms, such as the Shewhart and Cusum control charts, are often used in environmenta...
Control charts are extensively used in processes and are very helpful in determining the special cau...
International audienceMonitoring the ratio between two random normal variables plays an important ro...
無In this article, a two-step process is considered to investigate the effects of measurement errors ...