Process capability analysis has been widely applied in the ï¬eld of quality control to monitor the performance of industrial processes. Hence, lifetime performance index CL is used to measure the potential and performance of a process. In the present study, we construct a maximum likelihood estimator of CL under Burr Type III distribution based on the progressive Type II censored sample. The maximum likelihood estimator of CL is then utilized to develop the hypothesis testing procedure in the condition of known L. Finally, one practical example and Monte Carlo simulation are given to assess the behavior of the lifetime performance index under given significance level
[[abstract]]Process capability analysis is an effective method of assessing process performance and ...
One of the main objective of manufacturing industries is to assess the capability performance of dif...
Evaluating the lifetime performance is a vital topic in manufacturing process. This paper is devoted...
[[abstract]]It is a very important topic these days to assessing the lifetime performance of product...
AbstractIn practice, lifetime performance index CL is used to measure the potential and performance ...
Process capability analysis has been widely applied in the field of quality control to monitor the p...
In practice, process capability indices (PCIs) are widely used in the field of quality control. The ...
[[abstract]]Process capability indices had been widely used to evaluate the process performance to t...
[[abstract]]Process capability indices had been widely used to evaluate the process performance to t...
In this paper, we discussed the estimation of the index Cpy for a 3-Burr-XII distribution based on P...
We present the likelihood inferences on the lifetime performance index CL to evaluate the performanc...
[[abstract]]Process capability indices have been widely used to evaluate the process performance to ...
[[abstract]]Manufacturers often apply process capability indices in the quality control. This study ...
[[abstract]]In this article, we propose a maximum likelihood estimator of lifetime performance index...
In practice, Process capability indices such as lifetime performance index CL indicate the relations...
[[abstract]]Process capability analysis is an effective method of assessing process performance and ...
One of the main objective of manufacturing industries is to assess the capability performance of dif...
Evaluating the lifetime performance is a vital topic in manufacturing process. This paper is devoted...
[[abstract]]It is a very important topic these days to assessing the lifetime performance of product...
AbstractIn practice, lifetime performance index CL is used to measure the potential and performance ...
Process capability analysis has been widely applied in the field of quality control to monitor the p...
In practice, process capability indices (PCIs) are widely used in the field of quality control. The ...
[[abstract]]Process capability indices had been widely used to evaluate the process performance to t...
[[abstract]]Process capability indices had been widely used to evaluate the process performance to t...
In this paper, we discussed the estimation of the index Cpy for a 3-Burr-XII distribution based on P...
We present the likelihood inferences on the lifetime performance index CL to evaluate the performanc...
[[abstract]]Process capability indices have been widely used to evaluate the process performance to ...
[[abstract]]Manufacturers often apply process capability indices in the quality control. This study ...
[[abstract]]In this article, we propose a maximum likelihood estimator of lifetime performance index...
In practice, Process capability indices such as lifetime performance index CL indicate the relations...
[[abstract]]Process capability analysis is an effective method of assessing process performance and ...
One of the main objective of manufacturing industries is to assess the capability performance of dif...
Evaluating the lifetime performance is a vital topic in manufacturing process. This paper is devoted...