To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart

碩士 === 國立雲林科技大學 === 工業工程與管理研究所碩士班 === 92 === In the fact, There are a lot of autocorrelation data in the process industry. How to solve autocorrelation data to influence process, that is very important problem. Reduced of ARL will be to increase the false alarm rate of control charts. SPC control ch...

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Main Authors: Chia-an Liu, 劉家安
Other Authors: Chau-Chen Torng
Format: Others
Language:zh-TW
Published: 2004
Online Access:http://ndltd.ncl.edu.tw/handle/11122294228295625353
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spelling ndltd-TW-092YUNT50310082015-10-13T13:08:17Z http://ndltd.ncl.edu.tw/handle/11122294228295625353 To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart 以MCEWMA管制圖監控自相關性製程之評估 Chia-an Liu 劉家安 碩士 國立雲林科技大學 工業工程與管理研究所碩士班 92 In the fact, There are a lot of autocorrelation data in the process industry. How to solve autocorrelation data to influence process, that is very important problem. Reduced of ARL will be to increase the false alarm rate of control charts. SPC control chart’s detecting ability in autocorrelation process, that is required to deal with autocorrelation. The traditional SPC control chart detection and examine in the autocorrelation data. That is a kind of effective tool. BUT the independent character assumption in the data is violated, such a result, will make ARL while controlling shorten and cause mistake alert number of times made maps to in charge of increase obviously, Personnel will be make the mistakes in out of control to judge by accident. So, solve autocorrelation from the process to cause problem is extraordinary importance. In this paper , AR (1) and AR (2) model is discussed and use traditional three control charts:Shewhart、CUSUM、EWMA Chart. Except traditional control charts, the MCEWMA control charts be use in the autocorrelation process to detection out of control ARL. Moreover to effectively use his characteristic at the same time, that is can keep primitive predict’s error value in the control chart of efficiency. At the same time , personnel can understand data in process development and trend situation. However time series approach is general use to describe the structure of autocorrelation. Finally, MCEWMA control chart compared ARL with the way to deal with time series method. Chau-Chen Torng 童超塵 2004 學位論文 ; thesis 55 zh-TW
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language zh-TW
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description 碩士 === 國立雲林科技大學 === 工業工程與管理研究所碩士班 === 92 === In the fact, There are a lot of autocorrelation data in the process industry. How to solve autocorrelation data to influence process, that is very important problem. Reduced of ARL will be to increase the false alarm rate of control charts. SPC control chart’s detecting ability in autocorrelation process, that is required to deal with autocorrelation. The traditional SPC control chart detection and examine in the autocorrelation data. That is a kind of effective tool. BUT the independent character assumption in the data is violated, such a result, will make ARL while controlling shorten and cause mistake alert number of times made maps to in charge of increase obviously, Personnel will be make the mistakes in out of control to judge by accident. So, solve autocorrelation from the process to cause problem is extraordinary importance. In this paper , AR (1) and AR (2) model is discussed and use traditional three control charts:Shewhart、CUSUM、EWMA Chart. Except traditional control charts, the MCEWMA control charts be use in the autocorrelation process to detection out of control ARL. Moreover to effectively use his characteristic at the same time, that is can keep primitive predict’s error value in the control chart of efficiency. At the same time , personnel can understand data in process development and trend situation. However time series approach is general use to describe the structure of autocorrelation. Finally, MCEWMA control chart compared ARL with the way to deal with time series method.
author2 Chau-Chen Torng
author_facet Chau-Chen Torng
Chia-an Liu
劉家安
author Chia-an Liu
劉家安
spellingShingle Chia-an Liu
劉家安
To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
author_sort Chia-an Liu
title To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
title_short To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
title_full To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
title_fullStr To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
title_full_unstemmed To evaluate With the Autocorrelated Process Data by MCEWMA Control Chart
title_sort to evaluate with the autocorrelated process data by mcewma control chart
publishDate 2004
url http://ndltd.ncl.edu.tw/handle/11122294228295625353
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