Abstract: This article provides an argument against the use of three sigma limits for control charts. An alternative proposal to use control limits narrower than three sigma control limits is made. The main reason for narrowing the control limits is to achieve a smaller variability in the frequency of process resetting as well as false alarms. An example is given illustrating why a good statistical design of control charts needs to avoid the use of three sigma control limits
In this paper, Gamma(lambda, 2) distribution is considered as a failure model for the economic stati...
Chapter Summary: Control charts for controlling the process mean are affected by changes in the proc...
The objective of this paper is to discuss and clarify the meaning and use the different statistical ...
Control limits are one of the main elements of control charts. Generally speaking, a control chart i...
A control chart is a statistical device used for the study and control of a repetitive process. In 1...
Abstract: The reduction of run length variability has received little attention in the statistical p...
The control chart based on geometric distribution (geometric chart) has been shown to be competitive...
Many manufacturing organizations feel they cannot utilize statistical process control (SPC) charts b...
A number of processes to which statistical control is applied are subject to various effects that ca...
A control chart is a statistical device used for the study and control of a repetitive process. In 1...
This research focuses on the variation observed on the control limits of X¯ and S control charts, du...
Statistical Process Monitoring (SPM) provides statistical tools and techniques to understand process...
In order to monitor industrial processes, control charts are often employed. They are graphical disp...
The Shewhart R–and S–charts are often used to monitor the variability of a quality characteristic of...
The last 20 years have seen an increasing emphasis on statistical process control as a practical app...
In this paper, Gamma(lambda, 2) distribution is considered as a failure model for the economic stati...
Chapter Summary: Control charts for controlling the process mean are affected by changes in the proc...
The objective of this paper is to discuss and clarify the meaning and use the different statistical ...
Control limits are one of the main elements of control charts. Generally speaking, a control chart i...
A control chart is a statistical device used for the study and control of a repetitive process. In 1...
Abstract: The reduction of run length variability has received little attention in the statistical p...
The control chart based on geometric distribution (geometric chart) has been shown to be competitive...
Many manufacturing organizations feel they cannot utilize statistical process control (SPC) charts b...
A number of processes to which statistical control is applied are subject to various effects that ca...
A control chart is a statistical device used for the study and control of a repetitive process. In 1...
This research focuses on the variation observed on the control limits of X¯ and S control charts, du...
Statistical Process Monitoring (SPM) provides statistical tools and techniques to understand process...
In order to monitor industrial processes, control charts are often employed. They are graphical disp...
The Shewhart R–and S–charts are often used to monitor the variability of a quality characteristic of...
The last 20 years have seen an increasing emphasis on statistical process control as a practical app...
In this paper, Gamma(lambda, 2) distribution is considered as a failure model for the economic stati...
Chapter Summary: Control charts for controlling the process mean are affected by changes in the proc...
The objective of this paper is to discuss and clarify the meaning and use the different statistical ...