The idea of variable sample size and variable sampling interval with sampling at fixed times is extended to the Hotelling's T2 chart in this study. This chart is called variable sample size and sampling intervals with fixed times (VSSIFT) Hotelling's T2 chart, in which samples with sample size n always be taken at some specified fixed equally spaced time points but additional samples larger than n are allowed between these time points whenever there is some indication of a process mean shift. The numerical comparison shows that the VSSIFT Hotelling's T2 chart and the variable sampling interval and variable sample size (VSSI) Hotelling's T2 chart give almost the same effectiveness in detecting shifts in the process mean. However, from the ad...
Recent studies have shown that the X̄ chart with variable sampling intervals (VSI) and/or with varia...
This study investigates the properties of the variable sampling rate Hotelling's T2 chart with runs ...
The usual practice of using a control chart to monitor a process is to take samples from the process...
The idea of variable sample size and variable sampling interval with sampling at fixed times is exte...
A standard X̄ chart for controlling the process mean takes samples of size n0 at specified, equally-...
Recent theoretical studies have shown that the X̄ chart with variable sampling intervals (VSI) and t...
A control chart is one of the effective tools in statistical process control (SPC) for improving pro...
When T 2 control chart is used to monitor a process, it is usually assumed that the samples of size...
An efficient way to perform quality monitoring is important for a lot of industries, particularly in...
A standard (X) over bar chart for controlling the process mean takes samples of size no at specified...
In this article, two adaptive multivariate charts, which combine the double sampling (DS) and variab...
In recent years, variable sampling interval (VSI) control charts have been shown to be more efficien...
The standard deviation chart or S chart is used to monitor the process standard deviation. In this t...
The Hotelling’s T2 control chart, is the most widely used multivariate procedure for two or more re...
In the literature, the variable sample size and sampling interval (VSSI) coefficient of variation (C...
Recent studies have shown that the X̄ chart with variable sampling intervals (VSI) and/or with varia...
This study investigates the properties of the variable sampling rate Hotelling's T2 chart with runs ...
The usual practice of using a control chart to monitor a process is to take samples from the process...
The idea of variable sample size and variable sampling interval with sampling at fixed times is exte...
A standard X̄ chart for controlling the process mean takes samples of size n0 at specified, equally-...
Recent theoretical studies have shown that the X̄ chart with variable sampling intervals (VSI) and t...
A control chart is one of the effective tools in statistical process control (SPC) for improving pro...
When T 2 control chart is used to monitor a process, it is usually assumed that the samples of size...
An efficient way to perform quality monitoring is important for a lot of industries, particularly in...
A standard (X) over bar chart for controlling the process mean takes samples of size no at specified...
In this article, two adaptive multivariate charts, which combine the double sampling (DS) and variab...
In recent years, variable sampling interval (VSI) control charts have been shown to be more efficien...
The standard deviation chart or S chart is used to monitor the process standard deviation. In this t...
The Hotelling’s T2 control chart, is the most widely used multivariate procedure for two or more re...
In the literature, the variable sample size and sampling interval (VSSI) coefficient of variation (C...
Recent studies have shown that the X̄ chart with variable sampling intervals (VSI) and/or with varia...
This study investigates the properties of the variable sampling rate Hotelling's T2 chart with runs ...
The usual practice of using a control chart to monitor a process is to take samples from the process...