追蹤季節性時間數列模型之流程資料Control charts are designed and evaluated under the assumption that the observations from the process are independent and identically distributed. However, the independence assumption is often violated in practice. Autocorrelation may be represented in many processes. To solve this problem, it is becoming more common to obtain profiles at each time period. Profile monitoring is the use of control charts for cases in which the quality of a process or product can be characterized by a functional relationship between a response variable and one or more explanatory variables. For the data with seasonal time series model, we propose several monitoring approaches to detect the out-of-control profiles. After considering both Phase ...
Control charts are regularly developed with the assumption that the process observations have an ind...
In some statistical process control applications, quality of a process or product can be characteriz...
In an increasing number of practical situations, the quality of a process or product can be effectiv...
Abstract In most modern manufacturing systems, products are often the output of some multistage proc...
In the last few decades, profile monitoring in univariate and multivariate environment has drawn a c...
The purpose of profile monitoring is to check the stability over time of relationships between respo...
Profile monitoring is one of the methods used in statistical process control ((Formula presented.)) ...
Abstract: Statistical process control procedures are usually implemented under the assumption that t...
Often the least appropriate assumption in traditional control charting technology is that process da...
[[abstract]]If the quality of a process is better represented by a functional relationship between r...
Statistical Process Control (SPC) aims at quality improvement through reduction of variation. The be...
One way that a process may be said to be "out-of-control" is when a cyclical pattern exists in the o...
Abstract–Statistical process control (SPC) charts are critically important for quality control and m...
The quality of products and processes is more and more often becoming related to functional data, wh...
This paper illustrates how Phase I estimators in statistical process control (SPC) can affect the pe...
Control charts are regularly developed with the assumption that the process observations have an ind...
In some statistical process control applications, quality of a process or product can be characteriz...
In an increasing number of practical situations, the quality of a process or product can be effectiv...
Abstract In most modern manufacturing systems, products are often the output of some multistage proc...
In the last few decades, profile monitoring in univariate and multivariate environment has drawn a c...
The purpose of profile monitoring is to check the stability over time of relationships between respo...
Profile monitoring is one of the methods used in statistical process control ((Formula presented.)) ...
Abstract: Statistical process control procedures are usually implemented under the assumption that t...
Often the least appropriate assumption in traditional control charting technology is that process da...
[[abstract]]If the quality of a process is better represented by a functional relationship between r...
Statistical Process Control (SPC) aims at quality improvement through reduction of variation. The be...
One way that a process may be said to be "out-of-control" is when a cyclical pattern exists in the o...
Abstract–Statistical process control (SPC) charts are critically important for quality control and m...
The quality of products and processes is more and more often becoming related to functional data, wh...
This paper illustrates how Phase I estimators in statistical process control (SPC) can affect the pe...
Control charts are regularly developed with the assumption that the process observations have an ind...
In some statistical process control applications, quality of a process or product can be characteriz...
In an increasing number of practical situations, the quality of a process or product can be effectiv...