首页> 外文期刊>South African Journal of Industrial Engineering >ECONOMIC DESIGN OF VSI GCCC CHARTS FOR CORRELATED SAMPLES FROM HIGH-YIELD PROCESSES
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ECONOMIC DESIGN OF VSI GCCC CHARTS FOR CORRELATED SAMPLES FROM HIGH-YIELD PROCESSES

机译:高产量工艺相关样品的VSI GCCC图表的经济设计

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摘要

Veralgemeende Kumulatiewe Telling van Konformasie-grafieke (VKTK) word voorgehou as metode om 'n hoë opbrengs proses, wat toelaat dat items monster-vir-monster eerder as in produksievolgorde geïnspekteer word, te monitor. Onlangse navorsing toon dat die VKTK-grafiek met 'n wisselende monsterneminginterval (WMI) beter is as dié met 'n vasgestelde monsterneminginterval (VMI) vanweë die addisionele aanpasbaarheid wat dit bied ten opsigte van die monsterneminginterval. Die VKTK-grafiek met WMI is egter duur wanneer dit gebruik word vir die voorkoming van defektiewe produkte. Hierdie artikel bied 'n ekonomiese model vir die ontwerpprobleem van die WMI VKTK-grafiek. Die model neem die korrelasie van produksieuitsette met die huidige monster in ag. In die ekonomiese ontwerp word 'n kostefunksie ontwikkel wat die koste van monsterneming en inspeksie, die koste van vals alarms, die koste van identifisering en verwydering van toerekenbare oorsake en die koste wanneer die proses buite beheer is, in ag neem. 'n Evolusionêre soekmetode wat van die kostefunksie gebruik maak om die optimale ontwerp parameters van die WMI VKTK-grafiek te vind, word voorgehou. Vergelykings tussen die WMI- en VMI-grafieke vir verwagte koste per tydseenheid word ook voorgehou vir verskillende proses- en kosteparameters.%Generalised cumulative count of conforming (GCCC) charts have been proposed for monitoring a high-yield process that allows the items to be inspected sample by sample and not according to the production order. Recent study has shown that the GCCC chart with a variable sampling interval (VSI) is superior to the traditional one with a fixed sampling interval (FSI) because of the additional flexibility of sampling interval it offers. However, the VSI chart is still costly when used for the prevention of defective products. This paper presents an economic model for the design problem of the VSI GCCC chart, taking into account the correlation of the production outputs within the same sample. In the economic design, a cost function is developed that includes the cost of sampling and inspection, the cost of false alarms, the cost of detecting and removing the assignable cause, and the cost when the process is out-of-control. An evolutionary search method using the cost function is presented for finding the optimal design parameters of the VSI GCCC chart. Comparisons between VSI and FSI charts for expected cost per unit time are also made for various process and cost parameters.
机译:广义累积构象图(SCC)计数是一种监视高产量过程的方法,该方法允许逐个样本而不是按生产订单检查项目。最近的研究表明,具有可变采样间隔(WMI)的VKTK图要优于具有固定采样间隔(VMI)的VKTK图,因为它为采样间隔提供了额外的适应性。但是,带有WMI的VKTK图用于防止缺陷产品时价格昂贵。本文介绍了WMI VKTK图表的设计问题的经济模型。该模型考虑了产量与当前样本的相关性。在经济设计中,开发了一种成本函数,其中考虑了采样和检查的成本,错误警报的成本,识别和消除可能原因的成本以及过程失控时的成本。提出了一种使用成本函数寻找WMI VKTK图的最佳设计参数的进化搜索方法。还针对不同的过程和成本参数显示了WMI和VMI图在每个时间单位的预期成本之间的比较。已提出%符合标准的通用累积计数(GCCC)图表,用于监视允许将物料成本降低的高产量过程。不按生产顺序逐个检查样品。最近的研究表明,具有可变采样间隔(VSI)的GCCC图表优于具有固定采样间隔(FSI)的传统CCCC图表,因为它提供了额外的采样间隔。但是,VSI图表用于防止缺陷产品时仍然很昂贵。考虑到同一样本中生产产出的相关性,本文针对VSI GCCC图表的设计问题提出了一种经济模型。在经济设计中,开发了一个成本函数,其中包括采样和检查的成本,错误警报的成本,检测和消除可分配原因的成本以及过程失控时的成本。提出了使用成本函数的进化搜索方法,以找到VSI GCCC图表的最佳设计参数。还针对各种过程和成本参数对VSI和FSI图表之间的单位时间预期成本进行了比较。

著录项

  • 来源
  • 作者

    Y.K. Chen; H.C. Liao; C.T. Chen;

  • 作者单位

    Department of Distribution Management National Taichung University of Science and Technology, Taiwan;

    Health Services Administration Chung-Shan Medical University, Taiwan;

    Department of Distribution Management National Taichung University of Science and Technology, Taiwan;

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  • 原文格式 PDF
  • 正文语种 eng
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  • 入库时间 2022-08-17 23:22:02

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