The aim of this paper is to present an economical design of an X chart for a short-run production. The process mean starts equal to [mu]0 (in-control, State I) and in a random time it shifts to [mu]1>[mu]0 (out-of-control, State II). The monitoring procedure consists of inspecting a single item at every m produced ones. If the measurement of the quality characteristic does not meet the control limits, the process is stopped, adjusted, and additional (r-1) items are inspected retrospectively. The probabilistic model was developed considering only shifts in the process mean. A direct search technique is applied to find the optimum parameters which minimizes the expected cost function. Numerical examples illustrate the proposed procedure.Short...
In this paper, we present a model and an algorithm for the calculation of the optimal control limit,...
[[abstract]]In many instances, the cost is high to monitor primary quality characteristic called per...
AbstractIn this paper, we shall discuss the relation between the expected cost model for a process a...
The aim of this paper is to present an economical design of an X chart for a short-run production. T...
This paper presents an economic design of X control charts with variable sample sizes, variable samp...
When the (X) over bar chart is in use, samples are regularly taken from the process, and their means...
This paper presents an economic design of (X) over bar control charts with variable sample sizes, va...
This study proposes a procedure for an on-line process control system to monitor the average number ...
In this paper, we develop an expected cost model for a process whose mean is controlled by an X\bar ...
Control charts are a popular tool in statistical quality control and are used to maintain current co...
This paper presents a new Statistical Process Control model for the economic optimization of a varia...
Includes bibliographical references (pages [75]-78)Over the past forty years, many models have been ...
In this paper, a procedure for the on-line process control of variables is proposed. This procedure ...
A model is developed consisting of all the costs incurred when fraction-defective control charts are...
Statistical quality control techniques are useful in monitoring the process behaviour. Attribute co...
In this paper, we present a model and an algorithm for the calculation of the optimal control limit,...
[[abstract]]In many instances, the cost is high to monitor primary quality characteristic called per...
AbstractIn this paper, we shall discuss the relation between the expected cost model for a process a...
The aim of this paper is to present an economical design of an X chart for a short-run production. T...
This paper presents an economic design of X control charts with variable sample sizes, variable samp...
When the (X) over bar chart is in use, samples are regularly taken from the process, and their means...
This paper presents an economic design of (X) over bar control charts with variable sample sizes, va...
This study proposes a procedure for an on-line process control system to monitor the average number ...
In this paper, we develop an expected cost model for a process whose mean is controlled by an X\bar ...
Control charts are a popular tool in statistical quality control and are used to maintain current co...
This paper presents a new Statistical Process Control model for the economic optimization of a varia...
Includes bibliographical references (pages [75]-78)Over the past forty years, many models have been ...
In this paper, a procedure for the on-line process control of variables is proposed. This procedure ...
A model is developed consisting of all the costs incurred when fraction-defective control charts are...
Statistical quality control techniques are useful in monitoring the process behaviour. Attribute co...
In this paper, we present a model and an algorithm for the calculation of the optimal control limit,...
[[abstract]]In many instances, the cost is high to monitor primary quality characteristic called per...
AbstractIn this paper, we shall discuss the relation between the expected cost model for a process a...