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Self-starting X-bar control chart based on Six Sigma quality and sometimes pooling procedure

机译:基于六西格码质量的自启动X-bar控制图,有时还包括合并程序

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Self-starting control charts have been proposed in the literature to allow process monitoring when only a small amount of relevant data is available. In fact, self-starting charts are useful in monitoring a process quickly, without having to collect a sizable Phase I sample for estimating the in-control process parameters. In this paper, a new self-starting control charting procedure is proposed in which first an effective initial sample is chosen from the perspective of Six Sigma quality, then the successive sample means are either pooled or not pooled (sometimes pooling procedure) for computing next Q-statistics depending upon its signal. It is observed that the sample statistics obtained so from this in-control Phase I situation can serve as more efficient estimators of unknown parameters for Phase II monitoring. An example is considered to illustrate the construction of the proposed chart and to compare its performance with the existing ones.
机译:自启动控制图已在文献中提出,以在只有少量相关数据可用时允许进行过程监控。实际上,自启动图表可用于快速监视过程,而不必收集大量的I期样本来估计控制中的过程参数。在本文中,提出了一种新的自启动控制制图程序,其中首先从6 Sigma质量的角度选择有效的初始样本,然后将连续的样本均值合并或不合并(有时称为合并程序)以进行下一步计算。 Q统计量取决于其信号。可以观察到,从处于控制中的第一阶段情况中获得的样本统计信息可以用作第二阶段监视中未知参数的更有效估计器。考虑一个示例来说明建议图表的构造,并将其性能与现有图表进行比较。

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