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Monitoring time and magnitude based on the renewal reward process with a random failure threshold

机译:基于随机故障阈值的续订奖励过程监控时间和幅度

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摘要

Control charts are effective tools to distinguish between special and natural variations and have applications in medical and business industries besides manufacturing industry. Due to the advancement of modern technology, we often deal with the high-quality products, where the traditional process monitoring techniques have certain drawbacks. This article presents a control chart for jointly monitoring time and magnitude based on the renewal reward process. In particular, the focus of this study is to model magnitudes by threshold exceedance. More specifically, assuming a random failure threshold, two cases for magnitude are considered: (i) magnitude is cumulative over time and, (ii) magnitude is non-cumulative or independent over time. A comparative study to show the effectiveness of the proposal is also a part of this study.
机译:控制图是区分特殊和自然变化的有效工具,并在制造业外,在医疗和商业行业中具有应用。 由于现代技术的进步,我们经常处理高质量的产品,传统的过程监控技术具有一定的缺点。 本文介绍了基于续订奖励过程共同监测时间和幅度的控制图。 特别地,本研究的重点是通过阈值超出模拟幅度。 更具体地,假设随机故障阈值,考虑两个幅度:(i)幅度随时间累积,并且(ii)幅度是非累积或随时间独立的。 表明该提案的有效性的比较研究也是本研究的一部分。

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