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Time Control Charts Through NHPP Based on Dagum Distribution

机译:基于Dagum分布的NHPP时间控制图

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Statistical process control is a method of monitoring product in its development process using statistical techniques with the presumption that the products produced under identical process condition shall not always be alike with respect to some quality characteristic(s). However, if the observed variations are within the tolerable limits statistical process control (SPC) methods would pass them for acceptance. This philosophy is adopted to decide the reliability and quality of a product by defining some quality measures and proposing a probability model for the quality measurements. The well known Dagum distribution(DD) is considered to propose a product reliability based on non-homogenous Poisson process (NHPP). Its mean value function is taken as a quality characteristic and SPC limits for it are developed. These control limits are exemplified to a live failure data to detect the out of control signals for the quality of the product based on the failure data and compared with Exponential distribution(ED).
机译:统计过程控制是一种使用统计技术监视产品开发过程中的方法的方法,前提是假定在相同过程条件下生产的产品在某些质量特征上并不总是相同。但是,如果观察到的变化在容许范围内,则统计过程控制(SPC)方法会将其通过以接受。通过定义一些质量度量并提出质量度量的概率模型,可以采用这种理念来确定产品的可靠性和质量。众所周知的Dagum分布(DD)被认为提出了基于非均匀泊松过程(NHPP)的产品可靠性。将其平均值函数视为质量特征,并为此制定了SPC极限。这些控制极限被例示为实时故障数据,以基于故障数据并与指数分布(ED)进行比较,以检测产品质量的失控信号。

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