The T2 chart and the generalized variance |S| chart are the usual tools for monitoring the mean vector and the covariance matrix of multivariate processes. The main drawback of these charts is the difficulty to obtain and to interpret the values of their monitoring statistics. In this paper, we study control charts for monitoring bivariate processes that only requires the computation of sample means (the ZMAX chart) for monitoring the mean vector, sample variances (the VMAX chart) for monitoring the covariance matrix, or both sample means and sample variances (the MCMAX chart) in the case of the joint control of the mean vector and the covariance matrix
Multivariate control charts are generally used in industries for monitoring and diagnosing processes...
In this article, we consider the T(2) chart with double sampling to control bivariate processes (BDS...
Multivariate control charts are essential tools in multivariate statistical process control. In real...
The T² chart and the generalized variance |S| chart are the usual tools for monitoring the mean vect...
In this article, we propose new control charts for monitoring the mean vector and the covariance mat...
In this article, we present a new control chart for monitoring the covariance matrix in a bivariate ...
In this article, we present a new control chart for monitoring the covariance matrix in a bivariate ...
The T-2 and the generalized variance vertical bar S vertical bar charts are used for monitoring the ...
In this article, we propose a new statistic to control the covariance matrix of bivariate processes....
In this article we consider a control chart based on the sample variances of two quality characteris...
In this article, we propose a new statistic to control the covariance matrix of bivariate processes....
This paper proposes the joint use of two charts based on the non-central chi-square statistic (NCS s...
In this article, we propose a control chart for detecting shifts in the covariance matrix of a multi...
This study proposes a combined scheme, denoted as the combined syn-|S| control chart, which comprise...
This article proposes two Shewhart charts, denoted np(xy) and np(w) charts, which use attribute insp...
Multivariate control charts are generally used in industries for monitoring and diagnosing processes...
In this article, we consider the T(2) chart with double sampling to control bivariate processes (BDS...
Multivariate control charts are essential tools in multivariate statistical process control. In real...
The T² chart and the generalized variance |S| chart are the usual tools for monitoring the mean vect...
In this article, we propose new control charts for monitoring the mean vector and the covariance mat...
In this article, we present a new control chart for monitoring the covariance matrix in a bivariate ...
In this article, we present a new control chart for monitoring the covariance matrix in a bivariate ...
The T-2 and the generalized variance vertical bar S vertical bar charts are used for monitoring the ...
In this article, we propose a new statistic to control the covariance matrix of bivariate processes....
In this article we consider a control chart based on the sample variances of two quality characteris...
In this article, we propose a new statistic to control the covariance matrix of bivariate processes....
This paper proposes the joint use of two charts based on the non-central chi-square statistic (NCS s...
In this article, we propose a control chart for detecting shifts in the covariance matrix of a multi...
This study proposes a combined scheme, denoted as the combined syn-|S| control chart, which comprise...
This article proposes two Shewhart charts, denoted np(xy) and np(w) charts, which use attribute insp...
Multivariate control charts are generally used in industries for monitoring and diagnosing processes...
In this article, we consider the T(2) chart with double sampling to control bivariate processes (BDS...
Multivariate control charts are essential tools in multivariate statistical process control. In real...