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Control chart for monitoring multivariate COM-Poisson attributes

机译:监控多元COM-Poisson属性的控制图

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Statistical process control of multi-attribute count data has received much attention with modern data-acquisition equipment and online computers. The multivariate Poisson distribution is often used to monitor multivariate attributes count data. However, little work has been done so far on under- or over-dispersed multivariate count data, which is common in many industrial processes, with positive or negative correlation. In this study, a Shewhart-type multivariate control chart is constructed to monitor such kind of data, namely the multivariate COM-Poisson (MCP) chart, based on the MCP distribution. The performance of the MCP chart is evaluated by the average run length in simulation. The proposed chart generalizes some existing multivariate attribute charts as its special cases. A real-life bivariate process and a simulated trivariate Poisson process are used to illustrate the application of the MCP chart.
机译:多属性计数数据的统计过程控制已受到现代数据获取设备和在线计算机的广泛关注。多元泊松分布通常用于监视多元属性计数数据。但是,到目前为止,对于分散不足或过度分散的多元计数数据几乎没有做任何工作,这在许多工业过程中都很常见,具有正相关或负相关。在这项研究中,建立了Shewhart型多元控制图来监视此类数据,即基于MCP分布的多元COM-泊松(MCP)图。 MCP图表的性能通过仿真中的平均游程长度进行评估。拟议的图表概括了一些现有的多元属性图表作为其特殊情况。实际生活中的双变量过程和模拟的三变量泊松过程用于说明MCP图表的应用。

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