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Construction of Chain Sampling Plan - 2 Indexed through Producer's Nano Quality Level and Consumer's Nano Quality Level

机译:链抽样计划的构建-通过生产者的纳米质量水平和消费者的纳米质量水平索引2

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摘要

Motorola (1980) introduced the concept of six sigma as a quality philosophy and a management strategy, which when adopted in a system of organization will reduce wastages, increase the profit to the management and enhance the satisfaction of the customer. If this concept of Six Sigma is adopted in an organization it can results in 3.4 or less number of defects per million opportunities in the long run. In recent days in developed and developing countries more and more organization started working beyond Six Sigma level and thereby the performance level increases with number of defectives reduced to near zero level. Radhakrishnan and Sivakumaran (2008), Radhakrishnan and Balamurugan (2011) introduced Six Sigma quality levels in the construction of sampling plans and control charts. Radhakrishnan (2009) constructed six sigma based sampling plans using Intervened Random effect Poisson distribution and weighted Poisson distribution as the base line distribution. Radhakrishnan and Vinotha (2011) provided a procedure for the construction of sampling plans using Nano Quality Levels. In this paper a new procedure for the construction of Chain Sampling Plan of the Type ChSP-2 indexed through producer's Nano quality level (PNQL) and consumer's Nano quality level (CNQL) is introduced and suitable tables are provided for the easy selection of the plan.
机译:摩托罗拉(1980)引入了六个西格玛的概念,作为质量理念和管理策略,将其用于组织系统中可以减少浪费,增加管理利润并提高客户满意度。如果在组织中采用“六个西格玛”的概念,从长远来看,每百万机会中可以导致3.4个或更少的缺陷数量。近年来,在发达国家和发展中国家,越来越多的组织开始在六西格码(Singa Sigma)级别之外工作,因此性能级别不断提高,缺陷数量减少到接近零级别。 Radhakrishnan和Sivakumaran(2008),Radhakrishnan和Balamurugan(2011)在构建抽样计划和控制图时引入了6 Sigma质量标准。 Radhakrishnan(2009)使用介入随​​机效应泊松分布和加权泊松分布作为基线分布,构建了基于六个西格玛的抽样计划。 Radhakrishnan和Vinotha(2011)提供了使用纳米质量标准构建抽样计划的程序。本文介绍了一种通过生产者的纳米质量水平(PNQL)和消费者的纳米质量水平(CNQL)编制索引的ChSP-2类型链抽样计划的构建新程序,并提供了合适的表格以方便选择该计划。

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