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A new demerit control chart for monitoring the quality of multivariate Poisson processes

机译:用于监测多元泊松过程质量的新脱铅控制图

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摘要

This study aims to develop a new demerit control chart suitable for monitoring the quality of manufacturing processes with multiple characteristics subject to multivariate weighted Poisson distribution. Considering the correlation among different quality characteristics and their degrees of influence on the final product, we propose a new statistic for demerit scheme which gives different weights to different quality characteristics. Then, a new demerit control chart for multivariate weighted Poisson distribution (WMP chart) is developed accordingly. Moreover, a simulation study is conducted to evaluate the detecting performances of our proposed WMP chart and multivariate Poisson control chart (MP chart) using the out-of-control average run length (ARL(1)) Finally, a numerical example with a two dimensional telecommunication data set is given to demonstrate the usefulness of our proposed WMP chart. Both the simulation results and numerical example show that the detecting ability of our proposed WMP chart outperforms that of the MP chart when a process shift occurs. Hopefully, the results of this research can provide a better alternative for detecting the mean shifts occurred in a multivariate Poisson processes.
机译:本研究旨在开发一种适用于监测多变量加权泊松分布的多个特征的制造过程质量的新的脱铅控制图。考虑到不同质量特征的相关性及其对最终产品的影响程度,我们提出了一种新的缺点方案统计,这给不同的权重到不同的质量特征。然后,相应地开发了用于多变量加权泊松分布(WMP图表)的新的Demerit控制图。此外,使用仿真研究来评估我们使用反向控制平均运行长度(ARL(1))的检测到我们提出的WMP图表和多元泊松控制图(MP图表)的检测性能,其中一个数字示例尺寸电信数据集被展示了我们提出的WMP图表的有用性。仿真结果和数值示例都表明,我们提出的WMP图表的检测能力突出了进程偏移时MP图的表现形式。希望这项研究的结果可以提供更好的替代方案,用于检测多元泊松过程中发生的平均移位。

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